ENTRY 14521 20240403 15111452100000001 SUBENT 14521001 20240403 15111452100100001 BIB 14 168 1452100100002 TITLE The Baghdad atlas: A relational database of inelastic 1452100100003 neutron-scattering (n,n'gamma) data 1452100100004 AUTHOR (A.M.Hurst,L.A.Bernstein,T.Kawano,A.M.Lewis,K.Song) 1452100100005 REFERENCE (J,NIM/A,995,165095,2021) Journal publication for data 1452100100006 re-analysis and database. 1452100100007 #doi:10.1016/j.nima.2021.165095 1452100100008 (R,LBNL-1007259,2017) Re-analysis of 1452100100009 Baghdad data. This report is relevant to all 1452100100010 subentries, as it presents a detailed description of 1452100100011 the methods by which the analysis to extract these 1452100100012 cross-sections was performed. 1452100100013 REL-REF (N,,A.M.Demidov+,B,GAMMAATLAS,,,1978)= 1452100100014 (N,,A.M.Demidov+,R,INDC(CCP)-120,1978) 1452100100015 Original Gammaatlas 1452100100016 INSTITUTE (1USAUCX,1USABRK,1USALAS) 1452100100017 (1USAUSA) Naval Nuclear Laboratory, Schenectady, USA 1452100100018 FACILITY (REAC,3IRQNRI) Reactor IRT-5000, in Baghdad. 1452100100019 INC-SOURCE (REAC) A flux-average neutron energy of approximately 1452100100020 1.17 MeV. 1452100100021 INC-SPECT The data was taken in a broad, fast IRT-5000 reactor 1452100100022 spectrum that was filtered to remove thermal 1452100100023 contributions. The authors characterized the spectrum 1452100100024 as being monotonically decreasing with increasing 1452100100025 neutron energy, and the spectrum can be described 1452100100026 approximately by a flux distribution phi(En) ~= exp(- 1452100100027 0.7473 En) for neutron energies above 2 MeV, ranging 1452100100028 from 0.5 - 10 MeV, with a flux-average neutron energy 1452100100029 of approximately 1.17 MeV, as shown on page 14, figure 1452100100030 5 of this work [1978DE41]. 1452100100031 DETECTOR (GELI) Energy and efficiency calibrations of the 30 1452100100032 cm**3 Ge(Li) spectrometer were performed using a 1452100100033 variety of standard radioactive sources (75Se, 182Ta, 1452100100034 110Ag, 72Ga, 140La, 24Na, and 134Cs) and an additional 1452100100035 reaction source (14-SI-28(N,G)14-SI-29) for energies 1452100100036 below and above 3 MeV, respectively, using state-of- 1452100100037 the-art values for these sources as of 1978. 1452100100038 Corrections are also made for gamma-ray self absorption1452100100039 within the samples. This single detector at 90 degrees 1452100100040 was used for most experiments, with the measurements on1452100100041 chlorine (subentry 14521014), scandium (14521017), 1452100100042 bromine (14521031), lutetium (14521089), osmium 1452100100043 (14521097), iridium (14521098), and tellurium 1452100100044 (subentries 14521061 -- 14521065) instead using a 1452100100045 higher-resolution 40 cm**3 Ge(Li) spectrometer, 1452100100046 calibrated in the same fashion. The 30 cm**3 detector 1452100100047 resolution is quoted as initially being 3.8 keV at 1.2 1452100100048 MeV, degrading down to 8 keV over the course of 1452100100049 measurements due to radiation damage, and the 40 cm**3 1452100100050 detector resolution is quoted as 2 keV at 1.2 MeV. 1452100100051 Background spectra for both detectors were measured 1452100100052 using samples of graphite and beryllium, with the 1452100100053 energies and intensities of all background lines shown 1452100100054 on page 25, table 1 of this work [1978DE41]. There is 1452100100055 no indication in [1978DE41] that any angular 1452100100056 correlation corrections were applied to the gamma-ray 1452100100057 intensities. 1452100100058 METHOD (ACTIV,EXTB,GSPEC) Samples were irradiated using a Cd- 1452100100059 filtered reactor neutron spectrum from an IRT-5000 1452100100060 reactor based at the Al-Tuwaitha research facility 1452100100061 outside of Baghdad, Iraq in the 1970s, as described in 1452100100062 INC-SPECT. Gamma-ray intensities were measured using a 1452100100063 Ge(Li) detector, as described in DETECTOR, shielded 1452100100064 with iron (5 cm), paraffin with boron carbide (8 cm), 1452100100065 lead (10 cm), and 6Li (3 mm). Gamma rays passing to the1452100100066 detector from the target were filtered from fast 1452100100067 neutrons with a 6.8 g/cm**2 layer of lithium hydride 1452100100068 (LiH). 1452100100069 MONITOR (26-FE-56(N,INL)26-FE-56,PAR,SIG,G) All intensities 1452100100070 were measured relative to the intensity of the 1452100100071 846.8-keV 1st 2+ --> G.S. 0+ gamma-ray transition in 1452100100072 56Fe from the Fe-56(n,ng) reaction. 1452100100073 ANALYSIS Using the gamma-ray intensity data (normalized to the 1452100100074 846.8-keV transition in 56Fe, as described in MONITOR),1452100100075 the partial gamma-ray production cross section is 1452100100076 extracted for each observed transition in the Atlas. 1452100100077 This normalization is performed in a two-step fashion, 1452100100078 where the gamma line with the most reliable intensity 1452100100079 measurement is selected for each sample. This reference1452100100080 line (identified in ANALYSIS for the subentry of each 1452100100081 sample) is in turn normalized to the 846.8-keV line in 1452100100082 56Fe (described in MONITOR) using data from Table 2, 1452100100083 p.25-27 in [1978DE41], where the relative intensity of 1452100100084 the 846.8-keV line in 56Fe is defined to be 100%. All 1452100100085 other lines belonging to each sample nucleus are in 1452100100086 turn normalized to their corresponding reference gamma 1452100100087 line. The magnitude of each reference line is itself 1452100100088 normalized to the flux-weighted 1452100100089 (26-FE-56(N,INL)26-FE-56) cross section for the first 1452100100090 2+ state in 56Fe, corresponding to 978.965 +/- 13.430 1452100100091 mb. The flux-weighted cross section was determined by 1452100100092 convolving the filtered IRT-5000 reactor spectrum (as 1452100100093 shown on page 14, figure 5 of this work [1978DE41]) 1452100100094 with the ENDF/B-VIII.0 value for the 1452100100095 (26-FE-56(N,INL)26-FE-56) cross section to the first 1452100100096 2+ state. This cross section includes direct feeding of1452100100097 the first 2+ state in 56Fe (MT=51), as well as feeding 1452100100098 via the discrete excited states of 56Fe 1452100100099 (MT=52-56,58,60,63,68,70,72,73,78,82) and a 58% 1452100100100 feeding contribution from the continuum (MT=91). The 1452100100101 continuum contribution is an estimate based on the 1452100100102 observed feeding from discrete states relative to the 1452100100103 cross-section summation from direct and discrete-level 1452100100104 feeding contributions. Excitation energies (E-EXC), 1452100100105 gamma-ray energies (E-GAMMA), and branching ratios (BR)1452100100106 are taken from, or deduced using information in, ENSDF.1452100100107 These are summarized in a table below. A small 1452100100108 correction (98.85(3)% branching ratio) corresponding to1452100100109 the beta minus decay of 56Mn formed in the 1452100100110 (26-FE-56(N,P)25-MN-56) reaction (0.91613(28) mb) has 1452100100111 been accounted for in the determination of the flux- 1452100100112 weighted cross section. No neutron-gamma angular 1452100100113 correlation corrections appear to have been performed 1452100100114 by the authors of [1978DE41]. 1452100100115 ---------------------------------------------------- 1452100100116 File E-EXC (keV) E-GAMMA (keV) BR 1452100100117 ---------------------------------------------------- 1452100100118 MT51 846.8 846.8 1.0 1452100100119 MT52 2085.1 1238.3 1.00(2) 1452100100120 MT53 2657.6 1810.8 0.970(5) 1452100100121 MT54 2941.5 2094.9 1.0 1452100100122 MT55 2960.0 2113.1 0.978(27) 1452100100123 MT56 3120.1 2273.2 0.954(9) 1452100100124 MT58 3370.0 2523.1 0.855(12) 1452100100125 MT60 3445.3 2598.5 0.785(3) 1452100100126 MT63 3605.7 2759.0 0.583(38) 1452100100127 MT68 3830.0 2983.0 0.518(66) 1452100100128 MT70 4048.9 3202.0 0.808(4) 1452100100129 MT72 4100.4 3253.5 0.622(4) 1452100100130 MT73 4119.9 3273.1 0.187(1) 1452100100131 MT78 4394.9 3548.1 0.907(10) 1452100100132 MT82 4509.6 3662.7 0.314(65) 1452100100133 MT91 - - 0.58(29) 1452100100134 ---------------------------------------------------- 1452100100135 ERR-ANALYS (ERR-T) The total uncertainties of the measurements 1452100100136 were calculated according to Gaussian error 1452100100137 propagation. 1452100100138 (MONIT-ERR) The total uncertainty in the 1452100100139 (26-FE-56(N,INL)26-FE-56) cross section to the first 1452100100140 2+ state in 56Fe (MT=51). Includes Gaussian propagated 1452100100141 contributions due to branching-ratio uncertainties 1452100100142 corresponding to the feeding of the 1st 2+ state in 1452100100143 56Fe from discrete excited states 1452100100144 (MT=52-56,58,60,63,68,70,72,73,78,82), and an 1452100100145 estimated 50% uncertainty in the assumed branching 1452100100146 ratio for the continuum (MT=91) feeding contribution, 1452100100147 as described in ANALYSIS. An additional correction is 1452100100148 made for the population of the 846.8 keV transition 1452100100149 from the decay of 56Mn produced in the 56Fe(n,p) 1452100100150 reaction channel. 1452100100151 (ERR-1) Relative gamma-ray transition intensity. 1452100100152 Uncertainty includes statistical error (with 95% 1452100100153 probability) folded with uncertainties due to the 1452100100154 spectrometer efficiency, as described in DETECTOR, and 1452100100155 a gamma-ray self-absorption term. 1452100100156 (ERR-2) Normalization factor for determination of 1452100100157 absolute partial gamma-ray cross sections. Uncertainty 1452100100158 includes a statistical error (with 95% probability) 1452100100159 folded with uncertainties due to efficiency 1452100100160 determination of spectrometer, as described in 1452100100161 DETECTOR, and gamma-ray self-absorption. 1452100100162 (E-ERR) Total uncertainty in gamma-ray energy, 1452100100163 including statistics errors (with 95% probability), 1452100100164 errors due to calibration, and non-linearity of the 1452100100165 spectroscopic tract for Egamma. 1452100100166 HISTORY (20190306C) A.S.Voyles, L.A.Bernstein, A.M.Hurst, 1452100100167 B.Pritychenko 1452100100168 (20210303A) BP: Added NIM/A article on database. 1452100100169 (20240329A) OS. INSTITUTE corrected 1452100100170 ENDBIB 168 0 1452100100171 COMMON 4 3 1452100100172 EN-DUMMY E-NRM MONIT MONIT-ERR 1452100100173 MEV KEV MB MB 1452100100174 1.17 846.8 978.955 13.430 1452100100175 ENDCOMMON 3 0 1452100100176 ENDSUBENT 175 0 1452100199999 SUBENT 14521002 20190306 148014521 2 1 BIB 4 14 14521 2 2 REACTION (3-LI-0(N,INL)3-LI-0,PAR,SIG,G,SPA,DEROT) Partial 14521 2 3 gamma-ray production cross section, relative to a 14521 2 4 specified gamma-line. 14521 2 5 SAMPLE Target was Li, in elemental form, with natural 14521 2 6 abundance, and mass 8.5 g. Target was exposed for 14521 2 7 10.5 hours. 14521 2 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 2 9 relative to the normalization transition at 14521 2 10 477.0 keV in 7Li. 14521 2 11 STATUS (TABLE) Data received from A.Voyles and the 14521 2 12 authors of LBNL-1007259, using the methods it 14521 2 13 describes. Cross sections derived from gamma-ray 14521 2 14 intensities taken from table on pages 33 14521 2 15 of this work [1978DE41], as described in ANALYSIS. 14521 2 16 ENDBIB 14 0 14521 2 17 NOCOMMON 0 0 14521 2 18 DATA 6 1 14521 2 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 2 20 KEV KEV MB MB PER-CENT PER-CENT 14521 2 21 478.4 0.3 518.851 68.896 0.0 13.214521 2 22 ENDDATA 3 0 14521 2 23 ENDSUBENT 22 0 14521 299999 SUBENT 14521003 20190306 148014521 3 1 BIB 4 14 14521 3 2 REACTION (5-B-0(N,INL)5-B-0,PAR,SIG,G,SPA,DEROT) Partial 14521 3 3 gamma-ray production cross section, relative to a 14521 3 4 specified gamma-line. 14521 3 5 SAMPLE Target was B, in elemental form, with natural 14521 3 6 abundance, and mass 4.0 g. Target was exposed for 14521 3 7 36.4 hours. 14521 3 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 3 9 relative to the normalization transition at 14521 3 10 2124.0 keV in 11B. 14521 3 11 STATUS (TABLE) Data received from A.Voyles and the 14521 3 12 authors of LBNL-1007259, using the methods it 14521 3 13 describes. Cross sections derived from gamma-ray 14521 3 14 intensities taken from table on pages 33-34 14521 3 15 of this work [1978DE41], as described in ANALYSIS. 14521 3 16 ENDBIB 14 0 14521 3 17 NOCOMMON 0 0 14521 3 18 DATA 6 9 14521 3 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 3 20 KEV KEV MB MB PER-CENT PER-CENT 14521 3 21 718.18 0.15 4.650 1.094 21.1 10.414521 3 22 1021.4 0.3 0.575 0.105 14.9 10.414521 3 23 1436.5 0.5 0.196 0.053 25.0 10.414521 3 24 2124.0 0.3 12.237 1.284 0.0 10.414521 3 25 2155.0 0.6 0.135 0.051 36.4 10.414521 3 26 2867.3 0.8 0.514 0.112 19.0 10.414521 3 27 2895.1 0.8 0.563 0.114 17.4 10.414521 3 28 4442.2 0.9 4.650 1.094 21.1 10.414521 3 29 5018.4 1.2 2.203 0.434 16.7 10.414521 3 30 ENDDATA 11 0 14521 3 31 ENDSUBENT 30 0 14521 399999 SUBENT 14521004 20190306 148014521 4 1 BIB 4 14 14521 4 2 REACTION (6-C-0(N,INL)6-C-0,PAR,SIG,G,SPA,DEROT) Partial 14521 4 3 gamma-ray production cross section, relative to a 14521 4 4 specified gamma-line. 14521 4 5 SAMPLE Target was C, in elemental form, with natural 14521 4 6 abundance, and mass 9.6 g. Target was exposed for 14521 4 7 21.0 hours. 14521 4 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 4 9 relative to the normalization transition at 14521 4 10 4438.0 keV in 12C. 14521 4 11 STATUS (TABLE) Data received from A.Voyles and the 14521 4 12 authors of LBNL-1007259, using the methods it 14521 4 13 describes. Cross sections derived from gamma-ray 14521 4 14 intensities taken from table on pages 33 14521 4 15 of this work [1978DE41], as described in ANALYSIS. 14521 4 16 ENDBIB 14 0 14521 4 17 NOCOMMON 0 0 14521 4 18 DATA 6 1 14521 4 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 4 20 KEV KEV MB MB PER-CENT PER-CENT 14521 4 21 4438.0 2.0 13.552 2.249 0.0 16.514521 4 22 ENDDATA 3 0 14521 4 23 ENDSUBENT 22 0 14521 499999 SUBENT 14521005 20190306 148014521 5 1 BIB 4 14 14521 5 2 REACTION (7-N-0(N,INL)7-N-0,PAR,SIG,G,SPA,DEROT) Partial 14521 5 3 gamma-ray production cross section, relative to a 14521 5 4 specified gamma-line. 14521 5 5 SAMPLE Target was N, in CO(NH2)2 form, with natural 14521 5 6 abundance, and mass 11.2 g. Target was exposed for 14521 5 7 22.9 hours. 14521 5 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 5 9 relative to the normalization transition at 14521 5 10 2313.0 keV in 14N. 14521 5 11 STATUS (TABLE) Data received from A.Voyles and the 14521 5 12 authors of LBNL-1007259, using the methods it 14521 5 13 describes. Cross sections derived from gamma-ray 14521 5 14 intensities taken from table on pages 34-35 14521 5 15 of this work [1978DE41], as described in ANALYSIS. 14521 5 16 ENDBIB 14 0 14521 5 17 NOCOMMON 0 0 14521 5 18 DATA 6 7 14521 5 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 5 20 KEV KEV MB MB PER-CENT PER-CENT 14521 5 21 729.6 0.5 1.562 0.322 16.7 12.014521 5 22 1634.6 0.3 8.724 1.241 7.5 12.014521 5 23 2312.8 0.3 13.020 1.576 0.0 12.014521 5 24 2792.5 2.0 0.742 0.227 28.1 12.014521 5 25 3384.0 3.0 1.432 0.313 18.2 12.014521 5 26 3949.9 2.5 0.469 0.267 55.6 12.014521 5 27 5104.6 0.8 2.864 0.738 22.7 12.014521 5 28 ENDDATA 9 0 14521 5 29 ENDSUBENT 28 0 14521 599999 SUBENT 14521006 20190306 148014521 6 1 BIB 4 14 14521 6 2 REACTION (8-O-0(N,INL)8-O-0,PAR,SIG,G,SPA,DEROT) Partial 14521 6 3 gamma-ray production cross section, relative to a 14521 6 4 specified gamma-line. 14521 6 5 SAMPLE Target was O, in Y(NO3)3 + 6 H2O form, with natural 14521 6 6 abundance, and mass 28.3 g. Target was exposed for 14521 6 7 22.0 hours. 14521 6 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 6 9 relative to the normalization transition at 14521 6 10 1983.0 keV in 18O. 14521 6 11 STATUS (TABLE) Data received from A.Voyles and the 14521 6 12 authors of LBNL-1007259, using the methods it 14521 6 13 describes. Cross sections derived from gamma-ray 14521 6 14 intensities taken from table on pages 33 14521 6 15 of this work [1978DE41], as described in ANALYSIS. 14521 6 16 ENDBIB 14 0 14521 6 17 NOCOMMON 0 0 14521 6 18 DATA 6 2 14521 6 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 6 20 KEV KEV MB MB PER-CENT PER-CENT 14521 6 21 1983.0 0.4 1.077 0.392 0.0 36.414521 6 22 6129.3 1.0 6.407 2.666 20.2 36.414521 6 23 ENDDATA 4 0 14521 6 24 ENDSUBENT 23 0 14521 699999 SUBENT 14521007 20190306 148014521 7 1 BIB 4 14 14521 7 2 REACTION (9-F-19(N,INL)9-F-19,PAR,SIG,G,SPA,DEROT) Partial 14521 7 3 gamma-ray production cross section, relative to a 14521 7 4 specified gamma-line. 14521 7 5 SAMPLE Target was F, in LiF form, with natural 14521 7 6 abundance, and mass 11.1 g. Target was exposed for 14521 7 7 22.6 hours. 14521 7 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 7 9 relative to the normalization transition at 14521 7 10 1236.0 keV in 19F. 14521 7 11 STATUS (TABLE) Data received from A.Voyles and the 14521 7 12 authors of LBNL-1007259, using the methods it 14521 7 13 describes. Cross sections derived from gamma-ray 14521 7 14 intensities taken from table on pages 35-36 14521 7 15 of this work [1978DE41], as described in ANALYSIS. 14521 7 16 ENDBIB 14 0 14521 7 17 NOCOMMON 0 0 14521 7 18 DATA 6 19 14521 7 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 7 20 KEV KEV MB MB PER-CENT PER-CENT 14521 7 21 197.1 0.2 1559.491 219.171 7.4 11.914521 7 22 1235.8 0.1 57.759 6.898 0.0 11.914521 7 23 1261.1 0.3 11.552 2.691 20.0 11.914521 7 24 1348.0 0.5 69.311 19.204 25.0 11.914521 7 25 1356.5 0.5 153.061 39.181 22.6 11.914521 7 26 1444.0 0.4 8.664 3.068 33.3 11.914521 7 27 1458.4 0.4 19.060 4.146 18.2 11.914521 7 28 1554.0 0.6 4.621 1.385 27.5 11.914521 7 29 2352.6 1.2 0.578 0.187 30.0 11.914521 7 30 2582.6 0.2 11.552 2.215 15.0 11.914521 7 31 2653.8 0.5 3.119 0.838 24.1 11.914521 7 32 2686.6 0.5 2.137 0.793 35.1 11.914521 7 33 2993.6 2.0 0.635 0.189 27.3 11.914521 7 34 3794.9 1.5 0.578 0.135 20.0 11.914521 7 35 3905.9 1.5 2.022 1.067 51.4 11.914521 7 36 4180.2 1.5 1.733 0.506 26.7 11.914521 7 37 4354.8 2.5 1.155 0.594 50.0 11.914521 7 38 4449.3 2.5 1.155 0.594 50.0 11.914521 7 39 4558.3 2.5 1.155 0.594 50.0 11.914521 7 40 ENDDATA 21 0 14521 7 41 ENDSUBENT 40 0 14521 799999 SUBENT 14521008 20190306 148014521 8 1 BIB 4 14 14521 8 2 REACTION (11-NA-23(N,INL)11-NA-23,PAR,SIG,G,SPA,DEROT) Partial 14521 8 3 gamma-ray production cross section, relative to a 14521 8 4 specified gamma-line. 14521 8 5 SAMPLE Target was Na, in NaOH form, with natural 14521 8 6 abundance, and mass 22.5 g. Target was exposed for 14521 8 7 22.0 hours. 14521 8 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 8 9 relative to the normalization transition at 14521 8 10 440.0 keV in 23Na. 14521 8 11 STATUS (TABLE) Data received from A.Voyles and the 14521 8 12 authors of LBNL-1007259, using the methods it 14521 8 13 describes. Cross sections derived from gamma-ray 14521 8 14 intensities taken from table on pages 37 14521 8 15 of this work [1978DE41], as described in ANALYSIS. 14521 8 16 ENDBIB 14 0 14521 8 17 NOCOMMON 0 0 14521 8 18 DATA 6 18 14521 8 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 8 20 KEV KEV MB MB PER-CENT PER-CENT 14521 8 21 440.0 0.2 1360.761 274.745 0.0 20.114521 8 22 627.6 0.2 12.247 3.206 16.7 20.114521 8 23 1635.8 0.2 117.025 26.015 9.3 20.114521 8 24 1772.5 1.0 10.886 3.000 18.7 20.114521 8 25 1839.3 1.5 1.361 0.734 50.0 20.114521 8 26 1951.0 0.4 14.968 5.079 27.3 20.114521 8 27 2075.3 0.6 11.566 2.703 11.8 20.114521 8 28 2263.2 0.5 16.329 4.275 16.7 20.114521 8 29 2390.6 0.5 24.494 5.645 11.1 20.114521 8 30 2542.0 0.5 14.968 4.067 18.2 20.114521 8 31 2640.1 0.5 27.215 7.734 20.0 20.114521 8 32 2698.1 1.0 2.041 0.795 33.3 20.114521 8 33 2981.7 1.0 19.051 4.712 14.3 20.114521 8 34 3238.2 1.2 12.247 3.206 16.7 20.114521 8 35 3848.2 1.5 2.722 1.219 40.0 20.114521 8 36 3914.8 1.8 6.123 2.386 33.3 20.114521 8 37 4334.0 2.0 5.443 1.749 25.0 20.114521 8 38 4430.4 1.2 4.763 1.666 28.6 20.114521 8 39 ENDDATA 20 0 14521 8 40 ENDSUBENT 39 0 14521 899999 SUBENT 14521009 20190306 148014521 9 1 BIB 4 14 14521 9 2 REACTION (12-MG-0(N,INL)12-MG-0,PAR,SIG,G,SPA,DEROT) Partial 14521 9 3 gamma-ray production cross section, relative to a 14521 9 4 specified gamma-line. 14521 9 5 SAMPLE Target was Mg, in elemental form, with natural 14521 9 6 abundance, and mass 7.9 g. Target was exposed for 14521 9 7 24.7 hours. 14521 9 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 9 9 relative to the normalization transition at 14521 9 10 1369.0 keV in 24Mg. 14521 9 11 STATUS (TABLE) Data received from A.Voyles and the 14521 9 12 authors of LBNL-1007259, using the methods it 14521 9 13 describes. Cross sections derived from gamma-ray 14521 9 14 intensities taken from table on pages 37-40 14521 9 15 of this work [1978DE41], as described in ANALYSIS. 14521 9 16 ENDBIB 14 0 14521 9 17 NOCOMMON 0 0 14521 9 18 DATA 6 24 14521 9 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 9 20 KEV KEV MB MB PER-CENT PER-CENT 14521 9 21 389.7 0.4 15.350 3.204 17.9 10.714521 9 22 584.9 0.1 41.117 7.055 13.3 10.714521 9 23 974.6 0.3 14.802 2.714 14.8 10.714521 9 24 989.7 0.4 2.330 0.482 17.6 10.714521 9 25 1001.8 0.6 2.193 0.597 25.0 10.714521 9 26 1129.2 0.3 8.772 1.898 18.7 10.714521 9 27 1368.53 0.1 274.110 29.609 0.0 10.714521 9 28 1379.1 1.2 4.386 2.243 50.0 10.714521 9 29 1410.4 1.5 0.959 0.424 42.9 10.714521 9 30 1590.0 2.0 0.548 0.280 50.0 10.714521 9 31 1611.6 0.3 16.447 2.822 13.3 10.714521 9 32 1763.0 1.2 2.467 0.610 22.2 10.714521 9 33 1808.6 0.3 30.152 6.377 18.2 10.714521 9 34 1963.7 1.2 2.330 0.482 17.6 10.714521 9 35 1979.3 2.0 1.371 0.437 30.0 10.714521 9 36 2132.1 1.5 0.959 0.424 42.9 10.714521 9 37 2514.0 1.8 0.822 0.421 50.0 10.714521 9 38 2540.0 1.0 0.959 0.424 42.9 10.714521 9 39 2754.2 0.6 11.787 2.536 18.6 10.714521 9 40 2869.4 0.8 4.660 1.206 23.5 10.714521 9 41 2938.7 2.0 1.096 0.428 37.5 10.714521 9 42 3867.4 1.0 4.660 1.206 23.5 10.714521 9 43 4238.6 0.6 10.964 1.614 10.0 10.714521 9 44 4641.7 1.0 2.604 0.616 21.1 10.714521 9 45 ENDDATA 26 0 14521 9 46 ENDSUBENT 45 0 14521 999999 SUBENT 14521010 20190306 148014521 10 1 BIB 4 14 14521 10 2 REACTION (13-AL-27(N,INL)13-AL-27,PAR,SIG,G,SPA,DEROT) Partial 14521 10 3 gamma-ray production cross section, relative to a 14521 10 4 specified gamma-line. 14521 10 5 SAMPLE Target was Al, in elemental form, with natural 14521 10 6 abundance, and mass 11.0 g. Target was exposed for 14521 10 7 14.1 hours. 14521 10 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 10 9 relative to the normalization transition at 14521 10 10 1014.0 keV in 27Al. 14521 10 11 STATUS (TABLE) Data received from A.Voyles and the 14521 10 12 authors of LBNL-1007259, using the methods it 14521 10 13 describes. Cross sections derived from gamma-ray 14521 10 14 intensities taken from table on pages 40-42 14521 10 15 of this work [1978DE41], as described in ANALYSIS. 14521 10 16 ENDBIB 14 0 14521 10 17 NOCOMMON 0 0 14521 10 18 DATA 6 20 14521 10 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 10 20 KEV KEV MB MB PER-CENT PER-CENT 14521 10 21 170.6 0.2 13.431 3.101 20.4 10.714521 10 22 793.0 0.2 8.497 1.232 9.7 10.714521 10 23 843.75 0.0 164.466 20.876 6.7 10.714521 10 24 1014.4 0.15 274.110 29.609 0.0 10.714521 10 25 1507.3 0.7 0.822 0.288 33.3 10.714521 10 26 1720.8 0.3 38.375 6.873 14.3 10.714521 10 27 2211.8 0.2 142.537 20.613 9.6 10.714521 10 28 2299.2 0.5 4.386 0.725 12.5 10.714521 10 29 2371.7 0.6 2.193 0.597 25.0 10.714521 10 30 2664.5 0.8 2.467 0.610 22.2 10.714521 10 31 2735.3 0.5 9.320 1.300 8.8 10.714521 10 32 2835.8 0.7 3.015 0.638 18.2 10.714521 10 33 2940.6 0.8 2.193 0.856 37.5 10.714521 10 34 2981.3 0.4 21.106 4.230 16.9 10.714521 10 35 3004.5 0.3 49.340 9.799 16.7 10.714521 10 36 3210.4 0.7 5.756 1.260 19.0 10.714521 10 37 3954.9 1.1 1.645 0.841 50.0 10.714521 10 38 4307.0 1.5 1.096 0.561 50.0 10.714521 10 39 4413.4 0.8 3.015 1.144 36.4 10.714521 10 40 4582.0 0.8 3.838 1.432 35.7 10.714521 10 41 ENDDATA 22 0 14521 10 42 ENDSUBENT 41 0 14521 1099999 SUBENT 14521011 20190306 148014521 11 1 BIB 4 14 14521 11 2 REACTION (14-SI-0(N,INL)14-SI-0,PAR,SIG,G,SPA,DEROT) Partial 14521 11 3 gamma-ray production cross section, relative to a 14521 11 4 specified gamma-line. 14521 11 5 SAMPLE Target was Si, in elemental form, with natural 14521 11 6 abundance, and mass 13.0 g. Target was exposed for 14521 11 7 37.2 hours. 14521 11 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 11 9 relative to the normalization transition at 14521 11 10 1779.0 keV in 28Si. 14521 11 11 STATUS (TABLE) Data received from A.Voyles and the 14521 11 12 authors of LBNL-1007259, using the methods it 14521 11 13 describes. Cross sections derived from gamma-ray 14521 11 14 intensities taken from table on pages 42-43 14521 11 15 of this work [1978DE41], as described in ANALYSIS. 14521 11 16 ENDBIB 14 0 14521 11 17 NOCOMMON 0 0 14521 11 18 DATA 6 9 14521 11 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 11 20 KEV KEV MB MB PER-CENT PER-CENT 14521 11 21 1262.9 0.8 1.586 0.549 33.3 9.314521 11 22 1272.8 0.4 11.101 2.840 23.8 9.314521 11 23 1778.8 0.3 264.321 24.741 0.0 9.314521 11 24 2027.9 0.5 5.286 1.167 20.0 9.314521 11 25 2234.9 0.5 6.344 1.449 20.8 9.314521 11 26 2425.2 0.5 2.247 0.569 23.5 9.314521 11 27 2837.9 1.0 7.137 1.037 11.1 9.314521 11 28 3199.9 1.5 2.643 0.584 20.0 9.314521 11 29 4496.3 1.5 2.220 0.820 35.7 9.314521 11 30 ENDDATA 11 0 14521 11 31 ENDSUBENT 30 0 14521 1199999 SUBENT 14521012 20190306 148014521 12 1 BIB 4 14 14521 12 2 REACTION (15-P-31(N,INL)15-P-31,PAR,SIG,G,SPA,DEROT) Partial 14521 12 3 gamma-ray production cross section, relative to a 14521 12 4 specified gamma-line. 14521 12 5 SAMPLE Target was P, in P2O5 form, with natural 14521 12 6 abundance, and mass 13.2 g. Target was exposed for 14521 12 7 21.3 hours. 14521 12 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 12 9 relative to the normalization transition at 14521 12 10 1266.0 keV in 31P. 14521 12 11 STATUS (TABLE) Data received from A.Voyles and the 14521 12 12 authors of LBNL-1007259, using the methods it 14521 12 13 describes. Cross sections derived from gamma-ray 14521 12 14 intensities taken from table on pages 43-45 14521 12 15 of this work [1978DE41], as described in ANALYSIS. 14521 12 16 ENDBIB 14 0 14521 12 17 NOCOMMON 0 0 14521 12 18 DATA 6 14 14521 12 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 12 20 KEV KEV MB MB PER-CENT PER-CENT 14521 12 21 1061.6 0.9 3.084 0.759 20.0 14.314521 12 22 1136.1 0.6 3.700 0.814 16.7 14.314521 12 23 1266.07 0.1 205.583 29.504 0.0 14.314521 12 24 1487.4 1.0 2.673 0.562 15.4 14.314521 12 25 1956.3 1.0 1.439 0.650 42.9 14.314521 12 26 2028.4 0.2 12.746 2.006 6.5 14.314521 12 27 2148.0 0.3 10.485 1.715 7.8 14.314521 12 28 2196.8 0.6 4.728 1.066 17.4 14.314521 12 29 2233.4 0.1 59.619 9.493 6.9 14.314521 12 30 2923.8 1.2 5.140 0.961 12.0 14.314521 12 31 2991.1 1.5 1.233 0.448 33.3 14.314521 12 32 3134.2 0.7 7.401 1.343 11.1 14.314521 12 33 3505.1 2.0 4.934 0.939 12.5 14.314521 12 34 4258.8 2.0 2.467 0.543 16.7 14.314521 12 35 ENDDATA 16 0 14521 12 36 ENDSUBENT 35 0 14521 1299999 SUBENT 14521013 20190306 148014521 13 1 BIB 4 14 14521 13 2 REACTION (16-S-0(N,INL)16-S-0,PAR,SIG,G,SPA,DEROT) Partial 14521 13 3 gamma-ray production cross section, relative to a 14521 13 4 specified gamma-line. 14521 13 5 SAMPLE Target was S, in elemental form, with natural 14521 13 6 abundance, and mass 23.7 g. Target was exposed for 14521 13 7 14.3 hours. 14521 13 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 13 9 relative to the normalization transition at 14521 13 10 2230.0 keV in 32S. 14521 13 11 STATUS (TABLE) Data received from A.Voyles and the 14521 13 12 authors of LBNL-1007259, using the methods it 14521 13 13 describes. Cross sections derived from gamma-ray 14521 13 14 intensities taken from table on pages 45-46 14521 13 15 of this work [1978DE41], as described in ANALYSIS. 14521 13 16 ENDBIB 14 0 14521 13 17 NOCOMMON 0 0 14521 13 18 DATA 6 10 14521 13 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 13 20 KEV KEV MB MB PER-CENT PER-CENT 14521 13 21 1273.0 0.2 19.217 2.955 7.7 13.214521 13 22 1548.1 0.3 4.730 0.770 9.4 13.214521 13 23 2028.4 0.5 9.165 1.699 12.9 13.214521 13 24 2052.0 0.8 0.739 0.178 20.0 13.214521 13 25 2127.5 0.8 8.278 1.327 8.9 13.214521 13 26 2230.2 0.1 147.824 19.684 0.0 13.214521 13 27 2464.4 1.4 2.070 0.522 21.4 13.214521 13 28 2776.1 0.3 5.913 0.985 10.0 13.214521 13 29 3182.0 1.2 1.774 0.502 25.0 13.214521 13 30 4281.3 1.5 5.913 1.186 15.0 13.214521 13 31 ENDDATA 12 0 14521 13 32 ENDSUBENT 31 0 14521 1399999 SUBENT 14521014 20190306 148014521 14 1 BIB 4 14 14521 14 2 REACTION (17-CL-0(N,INL)17-CL-0,PAR,SIG,G,SPA,DEROT) Partial 14521 14 3 gamma-ray production cross section, relative to a 14521 14 4 specified gamma-line. 14521 14 5 SAMPLE Target was Cl, in C6Cl6 form, with natural 14521 14 6 abundance, and mass 7.0 g. Target was exposed for 14521 14 7 22.0 hours. 14521 14 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 14 9 relative to the normalization transition at 14521 14 10 1220.0 keV in 35Cl. 14521 14 11 STATUS (TABLE) Data received from A.Voyles and the 14521 14 12 authors of LBNL-1007259, using the methods it 14521 14 13 describes. Cross sections derived from gamma-ray 14521 14 14 intensities taken from table on pages 47-48 14521 14 15 of this work [1978DE41], as described in ANALYSIS. 14521 14 16 ENDBIB 14 0 14521 14 17 NOCOMMON 0 0 14521 14 18 DATA 6 21 14521 14 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 14 20 KEV KEV MB MB PER-CENT PER-CENT 14521 14 21 824.8 1.0 0.356 0.108 28.6 9.614521 14 22 882.35 0.15 1.934 0.277 10.5 9.614521 14 23 906.64 0.15 1.476 0.249 13.8 9.614521 14 24 922.0 0.3 0.916 0.222 22.2 9.614521 14 25 930.5 0.5 1.527 0.530 33.3 9.614521 14 26 1184.72 0.15 1.934 0.277 10.5 9.614521 14 27 1219.52 0.1 50.906 4.944 0.0 9.614521 14 28 1676.4 0.3 1.374 0.287 18.5 9.614521 14 29 1726.5 0.1 12.727 1.601 8.0 9.614521 14 30 1763.27 0.1 65.669 6.695 3.1 9.614521 14 31 2180.8 0.3 3.156 0.433 9.7 9.614521 14 32 2645.7 0.2 13.083 1.482 5.8 9.614521 14 33 2694.0 0.2 9.723 1.214 7.9 9.614521 14 34 2832.9 0.4 2.189 0.332 11.6 9.614521 14 35 2840.3 0.4 2.749 0.406 11.1 9.614521 14 36 3002.2 0.2 7.890 1.082 9.7 9.614521 14 37 3086.3 0.3 5.701 0.752 8.9 9.614521 14 38 3103.29 0.15 7.432 1.051 10.3 9.614521 14 39 3162.52 0.15 8.298 1.110 9.2 9.614521 14 40 3195.9 0.5 2.545 0.393 12.0 9.614521 14 41 3742.9 0.5 1.527 0.530 33.3 9.614521 14 42 ENDDATA 23 0 14521 14 43 ENDSUBENT 42 0 14521 1499999 SUBENT 14521015 20190306 148014521 15 1 BIB 4 14 14521 15 2 REACTION (19-K-0(N,INL)19-K-0,PAR,SIG,G,SPA,DEROT) Partial 14521 15 3 gamma-ray production cross section, relative to a 14521 15 4 specified gamma-line. 14521 15 5 SAMPLE Target was K, in KOH form, with natural 14521 15 6 abundance, and mass 24.0 g. Target was exposed for 14521 15 7 25.5 hours. 14521 15 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 15 9 relative to the normalization transition at 14521 15 10 2814.0 keV in 39K. 14521 15 11 STATUS (TABLE) Data received from A.Voyles and the 14521 15 12 authors of LBNL-1007259, using the methods it 14521 15 13 describes. Cross sections derived from gamma-ray 14521 15 14 intensities taken from table on pages 49-51 14521 15 15 of this work [1978DE41], as described in ANALYSIS. 14521 15 16 ENDBIB 14 0 14521 15 17 NOCOMMON 0 0 14521 15 18 DATA 6 25 14521 15 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 15 20 KEV KEV MB MB PER-CENT PER-CENT 14521 15 21 346.9 0.3 2.036 0.405 12.5 15.414521 15 22 580.7 1.0 0.764 0.281 33.3 15.414521 15 23 783.7 0.5 4.072 0.989 18.8 15.414521 15 24 923.3 0.8 1.833 0.496 22.2 15.414521 15 25 980.6 0.2 7.890 1.762 16.1 15.414521 15 26 1022.5 1.0 0.636 0.226 32.0 15.414521 15 27 1106.9 0.6 0.560 0.176 27.3 15.414521 15 28 1192.9 0.5 2.291 0.620 22.2 15.414521 15 29 1293.3 0.8 6.109 1.795 25.0 15.414521 15 30 1313.3 0.4 3.054 0.694 16.7 15.414521 15 31 1403.4 1.2 1.324 0.456 30.8 15.414521 15 32 1560.1 0.4 2.800 0.668 18.2 15.414521 15 33 1580.4 0.8 1.273 0.546 40.0 15.414521 15 34 1676.7 0.4 5.091 1.096 15.0 15.414521 15 35 1698.3 0.4 4.327 1.015 17.6 15.414521 15 36 1866.6 0.6 0.840 0.241 24.2 15.414521 15 37 1955.4 1.0 1.527 0.561 33.3 15.414521 15 38 2522.8 0.3 17.054 3.045 9.0 15.414521 15 39 2813.8 0.4 25.453 3.931 0.0 15.414521 15 40 3018.6 0.8 8.909 1.874 14.3 15.414521 15 41 3369.5 2.0 1.425 0.463 28.6 15.414521 15 42 3596.8 1.2 5.600 1.336 18.2 15.414521 15 43 3883.1 1.0 5.091 1.286 20.0 15.414521 15 44 3938.7 1.5 1.909 0.866 42.7 15.414521 15 45 4083.2 1.2 0.840 0.403 45.5 15.414521 15 46 ENDDATA 27 0 14521 15 47 ENDSUBENT 46 0 14521 1599999 SUBENT 14521016 20190306 148014521 16 1 BIB 4 14 14521 16 2 REACTION (20-CA-0(N,INL)20-CA-0,PAR,SIG,G,SPA,DEROT) Partial 14521 16 3 gamma-ray production cross section, relative to a 14521 16 4 specified gamma-line. 14521 16 5 SAMPLE Target was Ca, in elemental form, with natural 14521 16 6 abundance, and mass 11.3 g. Target was exposed for 14521 16 7 24.2 hours. 14521 16 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 16 9 relative to the normalization transition at 14521 16 10 3904.0 keV in 40Ca. 14521 16 11 STATUS (TABLE) Data received from A.Voyles and the 14521 16 12 authors of LBNL-1007259, using the methods it 14521 16 13 describes. Cross sections derived from gamma-ray 14521 16 14 intensities taken from table on pages 51-53 14521 16 15 of this work [1978DE41], as described in ANALYSIS. 14521 16 16 ENDBIB 14 0 14521 16 17 NOCOMMON 0 0 14521 16 18 DATA 6 17 14521 16 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 16 20 KEV KEV MB MB PER-CENT PER-CENT 14521 16 21 726.3 1.0 2.584 0.800 25.0 18.214521 16 22 755.0 0.4 3.231 0.874 20.0 18.214521 16 23 1125.5 1.0 1.766 0.538 24.4 18.214521 16 24 1156.9 0.5 18.737 3.653 6.9 18.214521 16 25 1345.6 0.8 1.185 0.389 27.3 18.214521 16 26 1369.5 1.0 2.369 0.610 18.2 18.214521 16 27 1375.7 1.0 2.154 0.583 20.0 18.214521 16 28 1500.6 0.8 0.991 0.315 26.1 18.214521 16 29 1524.4 0.4 4.307 1.017 15.0 18.214521 16 30 1877.5 0.9 1.680 0.401 15.4 18.214521 16 31 2007.8 0.9 1.788 0.430 15.7 18.214521 16 32 2951.9 1.6 2.154 0.756 30.0 18.214521 16 33 3736.9 0.8 26.491 5.205 7.3 18.214521 16 34 3904.2 0.0 21.537 3.927 0.0 18.214521 16 35 5250.0 2.0 5.815 1.511 18.5 18.214521 16 36 5628.0 2.0 4.523 1.356 23.8 18.214521 16 37 5902.0 4.0 3.446 1.247 31.2 18.214521 16 38 ENDDATA 19 0 14521 16 39 ENDSUBENT 38 0 14521 1699999 SUBENT 14521017 20190306 148014521 17 1 BIB 4 14 14521 17 2 REACTION (21-SC-45(N,INL)21-SC-45,PAR,SIG,G,SPA,DEROT) Partial 14521 17 3 gamma-ray production cross section, relative to a 14521 17 4 specified gamma-line. 14521 17 5 SAMPLE Target was Sc, in Sc and Sc2O3 form, with natural 14521 17 6 abundance, and mass 12.4 g. Target was exposed for 14521 17 7 24.0 hours. 14521 17 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 17 9 relative to the normalization transition at 14521 17 10 364.0 keV in 45Sc. 14521 17 11 STATUS (TABLE) Data received from A.Voyles and the 14521 17 12 authors of LBNL-1007259, using the methods it 14521 17 13 describes. Cross sections derived from gamma-ray 14521 17 14 intensities taken from table on pages 53-57 14521 17 15 of this work [1978DE41], as described in ANALYSIS. 14521 17 16 ENDBIB 14 0 14521 17 17 NOCOMMON 0 0 14521 17 18 DATA 6 102 14521 17 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 17 20 KEV KEV MB MB PER-CENT PER-CENT 14521 17 21 171.9 0.5 2.604 1.030 36.8 14.314521 17 22 253.4 0.6 2.193 0.880 37.5 14.314521 17 23 347.19 0.1 18.448 2.679 2.2 14.314521 17 24 364.17 0.1 274.110 39.339 0.0 14.314521 17 25 376.57 0.1 25.492 3.699 2.2 14.314521 17 26 424.62 0.1 20.010 2.905 2.2 14.314521 17 27 431.52 0.1 21.929 3.194 2.5 14.314521 17 28 459.03 0.1 23.025 3.350 2.4 14.314521 17 29 488.09 0.1 12.061 1.762 2.7 14.314521 17 30 496.92 0.1 2.906 0.471 7.5 14.314521 17 31 530.51 0.1 180.090 26.129 2.1 14.314521 17 32 542.9 0.1 124.994 18.238 2.6 14.314521 17 33 562.7 0.2 4.660 0.865 11.8 14.314521 17 34 597.7 0.5 12.883 3.306 21.3 14.314521 17 35 603.0 0.4 5.208 0.927 10.5 14.314521 17 36 653.8 0.2 1.508 0.349 18.2 14.314521 17 37 688.8 0.3 9.320 2.339 20.6 14.314521 17 38 690.9 0.2 57.563 9.915 9.5 14.314521 17 39 720.26 0.1 265.887 38.550 2.1 14.314521 17 40 732.7 0.2 1.233 0.326 22.2 14.314521 17 41 760.38 0.1 14.391 2.101 2.7 14.314521 17 42 790.1 0.2 2.467 0.432 10.0 14.314521 17 43 794.1 0.2 2.960 0.491 8.3 14.314521 17 44 797.1 0.3 1.371 0.337 20.0 14.314521 17 45 860.8 0.3 0.959 0.259 22.9 14.314521 17 46 869.21 0.1 18.091 2.654 3.0 14.314521 17 47 880.6 0.4 3.646 0.665 11.3 14.314521 17 48 890.57 0.1 71.269 10.461 3.1 14.314521 17 49 920.3 0.4 1.233 0.326 22.2 14.314521 17 50 926.75 0.1 17.269 2.538 3.2 14.314521 17 51 941.5 0.2 1.782 0.375 15.4 14.314521 17 52 962.07 0.1 55.918 8.319 3.9 14.314521 17 53 974.44 0.1 98.680 14.425 2.8 14.314521 17 54 1024.0 0.2 3.015 0.698 18.2 14.314521 17 55 1032.4 0.2 4.934 0.896 11.1 14.314521 17 56 1054.3 0.2 14.802 2.194 3.7 14.314521 17 57 1056.8 0.2 18.091 2.654 3.0 14.314521 17 58 1105.6 0.2 2.467 0.448 11.1 14.314521 17 59 1129.12 0.15 6.606 0.980 3.7 14.314521 17 60 1135.0 0.2 3.180 0.563 10.3 14.314521 17 61 1180.0 0.2 2.330 0.432 11.8 14.314521 17 62 1237.24 0.1 254.922 36.994 2.2 14.314521 17 63 1257.44 0.1 6.305 0.938 3.9 14.314521 17 64 1283.5 0.2 3.838 0.671 10.0 14.314521 17 65 1286.2 0.3 1.233 0.282 17.8 14.314521 17 66 1290.9 0.2 4.249 0.735 9.7 14.314521 17 67 1325.2 0.2 2.056 0.403 13.3 14.314521 17 68 1357.1 0.2 3.454 0.610 10.3 14.314521 17 69 1379.6 0.3 2.330 0.432 11.8 14.314521 17 70 1409.03 0.1 105.532 15.694 3.9 14.314521 17 71 1423.5 0.3 1.782 0.375 15.4 14.314521 17 72 1433.49 0.1 9.594 1.454 4.9 14.314521 17 73 1455.0 0.4 1.233 0.326 22.2 14.314521 17 74 1462.8 0.3 0.959 0.259 22.9 14.314521 17 75 1493.7 0.5 0.685 0.240 32.0 14.314521 17 76 1503.4 0.2 3.838 0.671 10.0 14.314521 17 77 1512.1 0.4 1.645 0.362 16.7 14.314521 17 78 1525.9 0.2 1.371 0.240 10.0 14.314521 17 79 1536.0 0.2 4.468 0.762 9.2 14.314521 17 80 1554.0 0.2 2.193 0.384 10.0 14.314521 17 81 1558.4 0.2 5.756 0.991 9.5 14.314521 17 82 1583.6 0.2 2.056 0.385 12.0 14.314521 17 83 1593.6 0.5 2.467 0.448 11.1 14.314521 17 84 1631.7 0.3 1.233 0.282 17.8 14.314521 17 85 1635.3 0.2 3.536 0.620 10.1 14.314521 17 86 1661.79 0.1 69.076 10.285 4.0 14.314521 17 87 1672.0 0.2 4.797 0.802 8.6 14.314521 17 88 1681.1 0.2 3.070 0.550 10.7 14.314521 17 89 1749.4 0.6 3.892 0.678 9.9 14.314521 17 90 1787.92 0.15 6.579 1.092 8.3 14.314521 17 91 1800.5 0.4 2.741 0.675 20.0 14.314521 17 92 1882.3 0.4 3.563 0.750 15.4 14.314521 17 93 1937.1 0.6 1.919 0.495 21.4 14.314521 17 94 1985.9 0.6 4.660 0.865 11.8 14.314521 17 95 1990.0 0.6 3.838 0.777 14.3 14.314521 17 96 1999.7 0.5 2.960 0.521 10.2 14.314521 17 97 2030.8 0.3 3.838 0.777 14.3 14.314521 17 98 2058.2 0.6 1.371 0.337 20.0 14.314521 17 99 2092.53 0.1 20.558 3.253 6.7 14.314521 17 100 2138.9 0.6 1.233 0.326 22.2 14.314521 17 101 2210.2 0.8 3.838 0.990 21.4 14.314521 17 102 2215.1 0.8 2.330 0.763 29.4 14.314521 17 103 2291.51 0.1 15.624 2.388 5.3 14.314521 17 104 2343.02 0.1 28.233 4.277 4.9 14.314521 17 105 2351.6 1.5 1.233 0.326 22.2 14.314521 17 106 2403.5 0.6 3.838 0.777 14.3 14.314521 17 107 2424.0 2.0 0.822 0.298 33.3 14.314521 17 108 2436.8 0.5 1.645 0.362 16.7 14.314521 17 109 2446.0 2.0 1.233 0.448 33.3 14.314521 17 110 2519.0 2.0 1.096 0.440 37.5 14.314521 17 111 2535.1 0.8 0.685 0.240 32.0 14.314521 17 112 2591.0 0.3 5.208 0.927 10.5 14.314521 17 113 2602.1 0.5 0.959 0.307 28.6 14.314521 17 114 2646.1 1.0 0.959 0.307 28.6 14.314521 17 115 2719.1 0.5 3.838 0.777 14.3 14.314521 17 116 2751.4 0.4 4.112 0.805 13.3 14.314521 17 117 2761.0 0.9 1.645 0.474 25.0 14.314521 17 118 2830.0 2.0 1.371 0.456 30.0 14.314521 17 119 2909.1 0.4 5.482 1.138 15.0 14.314521 17 120 3026.2 0.6 1.508 0.349 18.2 14.314521 17 121 3118.9 0.8 2.193 0.632 25.0 14.314521 17 122 3310.5 0.8 3.015 0.698 18.2 14.314521 17 123 ENDDATA 104 0 14521 17 124 ENDSUBENT 123 0 14521 1799999 SUBENT 14521018 20190306 148014521 18 1 BIB 4 14 14521 18 2 REACTION (22-TI-0(N,INL)22-TI-0,PAR,SIG,G,SPA,DEROT) Partial 14521 18 3 gamma-ray production cross section, relative to a 14521 18 4 specified gamma-line. 14521 18 5 SAMPLE Target was Ti, in elemental form, with natural 14521 18 6 abundance, and mass 24.5 g. Target was exposed for 14521 18 7 13.5 hours. 14521 18 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 18 9 relative to the normalization transition at 14521 18 10 983.0 keV in 48Ti. 14521 18 11 STATUS (TABLE) Data received from A.Voyles and the 14521 18 12 authors of LBNL-1007259, using the methods it 14521 18 13 describes. Cross sections derived from gamma-ray 14521 18 14 intensities taken from table on pages 57-60 14521 18 15 of this work [1978DE41], as described in ANALYSIS. 14521 18 16 ENDBIB 14 0 14521 18 17 NOCOMMON 0 0 14521 18 18 DATA 6 63 14521 18 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 18 20 KEV KEV MB MB PER-CENT PER-CENT 14521 18 21 134.8 1.2 0.905 0.389 41.7 10.414521 18 22 159.4 0.2 128.147 20.190 11.8 10.414521 18 23 341.6 0.6 5.277 1.606 28.6 10.414521 18 24 423.6 0.5 4.900 1.593 30.8 10.414521 18 25 638.6 0.8 1.885 0.779 40.0 10.414521 18 26 708.2 0.8 1.885 0.779 40.0 10.414521 18 27 889.24 0.15 73.119 9.751 8.2 10.414521 18 28 928.1 0.6 6.030 0.984 12.5 10.414521 18 29 944.2 0.6 13.568 2.671 16.7 10.414521 18 30 962.8 1.0 3.392 1.185 33.3 10.414521 18 31 983.49 0.1 753.803 78.997 0.0 10.414521 18 32 1037.7 0.5 2.638 1.164 42.9 10.414521 18 33 1048.8 0.7 3.015 1.174 37.5 10.414521 18 34 1063.0 1.0 2.638 1.164 42.9 10.414521 18 35 1092.8 0.4 15.830 3.441 19.0 10.414521 18 36 1120.5 0.6 14.322 4.765 31.6 10.414521 18 37 1284.9 0.7 5.654 1.620 26.7 10.414521 18 38 1312.2 0.2 61.058 9.888 12.3 10.414521 18 39 1381.9 0.3 12.815 3.301 23.5 10.414521 18 40 1390.7 0.4 3.769 0.851 20.0 10.414521 18 41 1430.6 1.2 2.261 1.155 50.0 10.414521 18 42 1437.5 0.2 58.043 9.686 13.0 10.414521 18 43 1542.3 0.3 12.061 3.269 25.0 10.414521 18 44 1549.7 0.8 3.392 1.185 33.3 10.414521 18 45 1555.0 0.3 28.645 6.736 21.1 10.414521 18 46 1586.4 0.5 4.146 1.211 27.3 10.414521 18 47 1613.6 0.8 6.784 2.014 27.8 10.414521 18 48 1623.1 0.4 14.322 2.714 15.8 10.414521 18 49 1722.4 1.0 1.885 0.779 40.0 10.414521 18 50 1750.4 0.8 3.015 0.817 25.0 10.414521 18 51 1762.3 0.6 6.784 1.667 22.2 10.414521 18 52 1793.3 1.0 1.131 0.395 33.3 10.414521 18 53 1825.4 0.5 4.146 0.870 18.2 10.414521 18 54 1911.2 0.2 0.754 0.385 50.0 10.414521 18 55 1932.6 1.4 1.508 0.770 50.0 10.414521 18 56 2008.7 0.7 3.015 0.817 25.0 10.414521 18 57 2014.2 0.5 9.046 1.781 16.7 10.414521 18 58 2037.2 1.4 1.131 0.395 33.3 10.414521 18 59 2072.6 0.8 3.015 0.817 25.0 10.414521 18 60 2088.2 0.8 2.638 0.803 28.6 10.414521 18 61 2140.5 1.4 1.885 0.779 40.0 10.414521 18 62 2161.9 0.8 4.146 1.211 27.3 10.414521 18 63 2240.5 0.3 17.337 2.901 13.0 10.414521 18 64 2260.5 0.8 2.261 0.790 33.3 10.414521 18 65 2278.9 1.0 1.131 0.395 33.3 10.414521 18 66 2297.8 0.7 2.261 0.790 33.3 10.414521 18 67 2346.9 1.0 1.885 1.148 60.0 10.414521 18 68 2375.4 0.3 27.137 4.722 13.9 10.414521 18 69 2387.3 0.4 15.076 3.404 20.0 10.414521 18 70 2420.8 0.6 3.769 0.423 4.0 10.414521 18 71 2470.0 2.0 1.508 0.770 50.0 10.414521 18 72 2549.9 1.5 0.754 0.385 50.0 10.414521 18 73 2575.1 1.5 1.131 0.395 33.3 10.414521 18 74 2632.8 0.5 11.307 2.553 20.0 10.414521 18 75 2715.9 0.5 9.799 3.906 38.5 10.414521 18 76 2754.5 0.8 3.392 0.833 22.2 10.414521 18 77 2868.2 0.5 7.161 1.684 21.1 10.414521 18 78 3088.7 1.8 1.885 0.779 40.0 10.414521 18 79 3168.3 1.8 1.131 0.395 33.3 10.414521 18 80 3228.5 1.4 2.261 0.790 33.3 10.414521 18 81 3287.0 1.6 1.508 0.770 50.0 10.414521 18 82 3371.0 2.0 2.638 0.803 28.6 10.414521 18 83 3700.6 1.5 5.654 0.959 13.3 10.414521 18 84 ENDDATA 65 0 14521 18 85 ENDSUBENT 84 0 14521 1899999 SUBENT 14521019 20190306 148014521 19 1 BIB 4 14 14521 19 2 REACTION (23-V-0(N,INL)23-V-0,PAR,SIG,G,SPA,DEROT) Partial 14521 19 3 gamma-ray production cross section, relative to a 14521 19 4 specified gamma-line. 14521 19 5 SAMPLE Target was V, in V2O5 form, with natural 14521 19 6 abundance, and mass 14.2 g. Target was exposed for 14521 19 7 22.9 hours. 14521 19 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 19 9 relative to the normalization transition at 14521 19 10 320.0 keV in 51V. 14521 19 11 STATUS (TABLE) Data received from A.Voyles and the 14521 19 12 authors of LBNL-1007259, using the methods it 14521 19 13 describes. Cross sections derived from gamma-ray 14521 19 14 intensities taken from table on pages 60-62 14521 19 15 of this work [1978DE41], as described in ANALYSIS. 14521 19 16 ENDBIB 14 0 14521 19 17 NOCOMMON 0 0 14521 19 18 DATA 6 23 14521 19 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 19 20 KEV KEV MB MB PER-CENT PER-CENT 14521 19 21 226.5 0.3 5.066 1.330 22.2 13.914521 19 22 320.2 0.1 1125.810 157.394 0.0 13.914521 19 23 608.5 0.2 38.278 12.465 29.4 13.914521 19 24 928.5 0.15 180.130 27.585 6.2 13.914521 19 25 1090.2 0.3 18.013 5.160 25.0 13.914521 19 26 1489.9 0.5 6.755 2.442 33.3 13.914521 19 27 1493.2 0.5 34.900 7.449 16.1 13.914521 19 28 1581.4 0.8 6.755 1.935 25.0 13.914521 19 29 1609.3 0.2 247.678 41.304 9.1 13.914521 19 30 1749.0 0.5 13.510 3.870 25.0 13.914521 19 31 1777.2 1.0 7.881 2.507 28.6 13.914521 19 32 1785.5 0.6 5.066 1.831 33.3 13.914521 19 33 1813.5 0.2 157.613 31.504 14.3 13.914521 19 34 1992.4 1.0 4.503 1.802 37.5 13.914521 19 35 2005.0 0.6 10.132 2.660 22.2 13.914521 19 36 2090.6 0.5 18.013 4.213 18.7 13.914521 19 37 2154.6 1.2 3.377 1.753 50.0 13.914521 19 38 2290.8 0.6 9.006 2.580 25.0 13.914521 19 39 2335.0 0.7 5.629 2.385 40.0 13.914521 19 40 2354.6 0.6 6.755 2.442 33.3 13.914521 19 41 2410.7 0.6 6.755 2.442 33.3 13.914521 19 42 2537.8 0.8 5.629 2.385 40.0 13.914521 19 43 2762.5 0.9 7.881 2.507 28.6 13.914521 19 44 ENDDATA 25 0 14521 19 45 ENDSUBENT 44 0 14521 1999999 SUBENT 14521020 20190306 148014521 20 1 BIB 4 14 14521 20 2 REACTION (24-CR-0(N,INL)24-CR-0,PAR,SIG,G,SPA,DEROT) Partial 14521 20 3 gamma-ray production cross section, relative to a 14521 20 4 specified gamma-line. 14521 20 5 SAMPLE Target was Cr, in elemental form, with natural 14521 20 6 abundance, and mass 23.5 g. Target was exposed for 14521 20 7 24.8 hours. 14521 20 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 20 9 relative to the normalization transition at 14521 20 10 1434.0 keV in 52Cr. 14521 20 11 STATUS (TABLE) Data received from A.Voyles and the 14521 20 12 authors of LBNL-1007259, using the methods it 14521 20 13 describes. Cross sections derived from gamma-ray 14521 20 14 intensities taken from table on pages 62-65 14521 20 15 of this work [1978DE41], as described in ANALYSIS. 14521 20 16 ENDBIB 14 0 14521 20 17 NOCOMMON 0 0 14521 20 18 DATA 6 58 14521 20 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 20 20 KEV KEV MB MB PER-CENT PER-CENT 14521 20 21 203.9 0.9 1.527 0.539 33.3 11.514521 20 22 246.9 0.2 4.836 0.948 15.8 11.514521 20 23 283.2 0.4 3.054 0.842 25.0 11.514521 20 24 412.2 0.2 5.600 1.208 18.2 11.514521 20 25 530.2 0.2 11.199 1.652 9.1 11.514521 20 26 564.34 0.1 44.797 6.035 6.8 11.514521 20 27 647.3 0.2 11.199 1.652 9.1 11.514521 20 28 684.5 0.6 1.527 0.539 33.3 11.514521 20 29 704.2 0.2 16.799 4.516 24.2 11.514521 20 30 744.2 0.3 6.109 1.684 25.0 11.514521 20 31 765.1 0.8 0.509 0.164 30.0 11.514521 20 32 783.3 0.1 42.252 5.782 7.2 11.514521 20 33 791.4 0.8 2.036 0.799 37.5 11.514521 20 34 835.0 0.2 20.872 3.516 12.2 11.514521 20 35 848.5 0.2 5.091 1.638 30.0 11.514521 20 36 882.5 0.4 2.545 0.589 20.0 11.514521 20 37 922.6 0.3 2.545 0.589 20.0 11.514521 20 38 935.55 0.1 42.761 5.370 4.8 11.514521 20 39 988.7 0.3 2.800 0.830 27.3 11.514521 20 40 1006.49 0.1 46.325 5.954 5.5 11.514521 20 41 1074.3 0.5 1.018 0.424 40.0 11.514521 20 42 1097.8 0.3 2.036 0.561 25.0 11.514521 20 43 1102.0 1.3 1.018 0.523 50.0 11.514521 20 44 1143.6 1.5 2.036 0.799 37.5 11.514521 20 45 1214.7 0.2 9.163 1.862 16.7 11.514521 20 46 1247.0 0.2 4.582 0.931 16.7 11.514521 20 47 1289.7 0.2 28.507 3.648 5.4 11.514521 20 48 1333.7 0.1 46.834 6.008 5.4 11.514521 20 49 1434.2 0.1 509.062 59.152 0.0 11.514521 20 50 1530.94 0.15 44.797 5.794 5.7 11.514521 20 51 1577.8 0.5 3.054 0.842 25.0 11.514521 20 52 1650.0 0.6 1.527 0.539 33.3 11.514521 20 53 1670.0 0.6 2.036 0.561 25.0 11.514521 20 54 1727.6 0.2 26.980 3.487 5.7 11.514521 20 55 1777.3 0.6 2.291 0.809 33.3 11.514521 20 56 1784.8 0.7 2.291 0.809 33.3 11.514521 20 57 1795.0 0.8 1.018 0.523 50.0 11.514521 20 58 1808.9 0.6 1.527 0.539 33.3 11.514521 20 59 1826.7 1.2 0.764 0.270 33.3 11.514521 20 60 1871.9 0.8 1.782 0.550 28.6 11.514521 20 61 1928.6 1.0 0.764 0.270 33.3 11.514521 20 62 1974.1 0.3 7.636 1.350 13.3 11.514521 20 63 1981.6 0.5 2.036 0.561 25.0 11.514521 20 64 2037.7 0.3 8.654 1.431 11.8 11.514521 20 65 2140.6 0.5 4.327 0.914 17.6 11.514521 20 66 2239.8 0.8 0.764 0.270 33.3 11.514521 20 67 2322.0 0.6 5.600 1.208 18.2 11.514521 20 68 2336.8 0.4 11.708 2.045 13.0 11.514521 20 69 2376.8 0.9 3.054 0.621 16.7 11.514521 20 70 2513.7 1.0 1.782 0.550 28.6 11.514521 20 71 2524.9 1.2 1.273 0.530 40.0 11.514521 20 72 2667.8 1.3 1.273 0.530 40.0 11.514521 20 73 3129.0 0.8 6.618 1.276 15.4 11.514521 20 74 3161.7 1.0 2.291 0.574 22.2 11.514521 20 75 3199.5 1.4 2.545 0.819 30.0 11.514521 20 76 3270.3 1.5 1.782 0.791 42.9 11.514521 20 77 3305.0 1.6 1.273 0.530 40.0 11.514521 20 78 3771.1 1.0 2.036 0.561 25.0 11.514521 20 79 ENDDATA 60 0 14521 20 80 ENDSUBENT 79 0 14521 2099999 SUBENT 14521021 20190306 148014521 21 1 BIB 4 14 14521 21 2 REACTION (25-MN-55(N,INL)25-MN-55,PAR,SIG,G,SPA,DEROT) Partial 14521 21 3 gamma-ray production cross section, relative to a 14521 21 4 specified gamma-line. 14521 21 5 SAMPLE Target was Mn, in MnO2 form, with natural 14521 21 6 abundance, and mass 32.8 g. Target was exposed for 14521 21 7 24.7 hours. 14521 21 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 21 9 relative to the normalization transition at 14521 21 10 858.0 keV in 55Mn. 14521 21 11 STATUS (TABLE) Data received from A.Voyles and the 14521 21 12 authors of LBNL-1007259, using the methods it 14521 21 13 describes. Cross sections derived from gamma-ray 14521 21 14 intensities taken from table on pages 65-68 14521 21 15 of this work [1978DE41], as described in ANALYSIS. 14521 21 16 ENDBIB 14 0 14521 21 17 NOCOMMON 0 0 14521 21 18 DATA 6 47 14521 21 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 21 20 KEV KEV MB MB PER-CENT PER-CENT 14521 21 21 308.06 0.1 19.736 3.920 16.7 10.714521 21 22 738.7 0.4 3.289 0.748 20.0 10.714521 21 23 770.3 0.6 1.233 0.355 26.7 10.714521 21 24 858.45 0.1 164.466 17.765 0.0 10.714521 21 25 898.3 0.2 5.592 2.064 35.3 10.714521 21 26 940.3 1.0 2.303 0.703 28.6 10.714521 21 27 984.4 0.2 10.361 1.492 9.5 10.714521 21 28 1019.2 0.4 8.059 1.861 20.4 10.714521 21 29 1166.3 0.1 44.406 8.142 14.8 10.714521 21 30 1214.1 0.2 10.690 1.418 7.7 10.714521 21 31 1266.7 0.4 2.631 0.717 25.0 10.714521 21 32 1273.7 0.8 0.987 0.346 33.3 10.714521 21 33 1326.6 1.0 1.151 0.670 57.1 10.714521 21 34 1403.2 0.6 2.960 1.037 33.3 10.714521 21 35 1414.7 0.6 3.618 1.061 27.3 10.714521 21 36 1431.3 1.0 0.987 0.346 33.3 10.714521 21 37 1436.5 0.4 5.756 1.166 17.1 10.714521 21 38 1446.9 0.8 0.822 0.341 40.0 10.714521 21 39 1528.7 0.15 65.786 9.684 10.0 10.714521 21 40 1552.7 0.3 1.645 0.524 30.0 10.714521 21 41 1630.8 0.4 3.125 0.889 26.3 10.714521 21 42 1743.1 0.3 3.289 0.896 25.0 10.714521 21 43 1758.6 0.2 14.473 2.269 11.4 10.714521 21 44 1884.42 0.1 36.183 7.652 18.2 10.714521 21 45 2007.4 1.0 1.316 0.513 37.5 10.714521 21 46 2050.3 0.6 1.151 0.509 42.9 10.714521 21 47 2081.7 0.6 1.233 0.511 40.0 10.714521 21 48 2142.5 0.6 2.303 0.859 35.7 10.714521 21 49 2198.4 0.3 16.447 3.738 20.0 10.714521 21 50 2240.0 0.3 13.322 2.185 12.3 10.714521 21 51 2252.3 0.3 13.980 2.233 11.8 10.714521 21 52 2269.0 0.5 9.868 3.458 33.3 10.714521 21 53 2274.1 0.5 11.513 3.517 28.6 10.714521 21 54 2366.1 0.4 8.881 1.499 13.0 10.714521 21 55 2563.5 0.4 9.704 1.682 13.6 10.714521 21 56 2626.5 0.4 4.112 1.389 32.0 10.714521 21 57 2698.7 0.5 4.441 1.097 22.2 10.714521 21 58 2727.2 0.8 5.921 1.463 22.2 10.714521 21 59 2829.5 0.8 5.098 1.426 25.8 10.714521 21 60 2866.9 0.8 4.112 1.389 32.0 10.714521 21 61 2911.5 0.8 4.112 1.389 32.0 10.714521 21 62 2977.5 1.0 3.454 1.368 38.1 10.714521 21 63 3006.6 0.8 5.263 1.284 21.9 10.714521 21 64 3133.9 1.0 5.427 1.440 24.2 10.714521 21 65 3196.2 1.0 2.796 0.724 23.5 10.714521 21 66 3351.0 1.5 1.480 0.519 33.3 10.714521 21 67 3411.6 1.5 1.316 0.513 37.5 10.714521 21 68 ENDDATA 49 0 14521 21 69 ENDSUBENT 68 0 14521 2199999 SUBENT 14521022 20190306 148014521 22 1 BIB 4 14 14521 22 2 REACTION (26-FE-0(N,INL)26-FE-0,PAR,SIG,G,SPA,DEROT) Partial 14521 22 3 gamma-ray production cross section, relative to a 14521 22 4 specified gamma-line. 14521 22 5 SAMPLE Target was Fe, in Fe2O3 form, with natural 14521 22 6 abundance, and mass 17.4 g. Target was exposed for 14521 22 7 8.0 hours. 14521 22 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 22 9 relative to the normalization transition at 14521 22 10 847.0 keV in 56Fe. 14521 22 11 STATUS (TABLE) Data received from A.Voyles and the 14521 22 12 authors of LBNL-1007259, using the methods it 14521 22 13 describes. Cross sections derived from gamma-ray 14521 22 14 intensities taken from table on pages 68-71 14521 22 15 of this work [1978DE41], as described in ANALYSIS. 14521 22 16 ENDBIB 14 0 14521 22 17 NOCOMMON 0 0 14521 22 18 DATA 6 65 14521 22 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 22 20 KEV KEV MB MB PER-CENT PER-CENT 14521 22 21 122.1 0.2 21.537 1.980 9.1 0.014521 22 22 352.5 0.0 15.663 1.970 12.5 0.014521 22 23 367.1 0.2 5.286 0.495 9.3 0.014521 22 24 757.3 0.4 0.979 0.294 30.0 0.014521 22 25 810.3 0.2 4.210 0.299 7.0 0.014521 22 26 846.78 0.0 978.965 13.430 0.0 0.014521 22 27 992.8 0.4 0.979 0.294 30.0 0.014521 22 28 1037.85 0.0 21.048 1.021 4.7 0.014521 22 29 1130.0 0.3 3.818 0.395 10.3 0.014521 22 30 1152.8 0.4 1.371 0.294 21.4 0.014521 22 31 1165.9 0.6 0.783 0.294 37.5 0.014521 22 32 1173.2 0.8 2.447 0.980 40.0 0.014521 22 33 1175.0 0.8 1.468 0.979 66.7 0.014521 22 34 1213.0 0.7 0.587 0.294 50.0 0.014521 22 35 1238.3 0.2 102.791 5.094 4.8 0.014521 22 36 1271.9 1.0 0.489 0.196 40.0 0.014521 22 37 1298.9 0.4 1.175 0.392 33.3 0.014521 22 38 1303.2 0.3 6.265 0.983 15.6 0.014521 22 39 1334.6 0.4 1.762 0.295 16.7 0.014521 22 40 1359.9 0.3 3.916 0.395 10.0 0.014521 22 41 1386.6 1.0 0.587 0.294 50.0 0.014521 22 42 1408.2 0.2 34.264 2.014 5.7 0.014521 22 43 1434.2 1.0 0.489 0.196 40.0 0.014521 22 44 1454.5 1.0 0.685 0.294 42.9 0.014521 22 45 1509.7 1.0 0.783 0.294 37.5 0.014521 22 46 1528.6 0.4 1.664 0.392 23.5 0.014521 22 47 1551.2 0.4 2.447 0.491 20.0 0.014521 22 48 1612.2 1.0 0.685 0.294 42.9 0.014521 22 49 1650.8 0.9 0.881 0.294 33.3 0.014521 22 50 1671.1 0.6 3.133 0.491 15.6 0.014521 22 51 1725.6 0.4 1.958 0.393 20.0 0.014521 22 52 1760.8 0.0 2.056 0.686 33.3 0.014521 22 53 1771.33 0.0 8.909 0.793 8.8 0.014521 22 54 1810.5 0.2 67.549 4.024 5.8 0.014521 22 55 1851.8 0.3 3.818 0.590 15.4 0.014521 22 56 1882.6 0.3 3.231 0.491 15.2 0.014521 22 57 2015.0 2.0 1.468 0.783 53.3 0.014521 22 58 2027.0 0.7 0.881 0.294 33.3 0.014521 22 59 2034.8 0.3 4.503 0.688 15.2 0.014521 22 60 2042.8 0.8 1.175 0.294 25.0 0.014521 22 61 2062.4 0.7 0.881 0.294 33.3 0.014521 22 62 2080.8 0.5 1.762 0.295 16.7 0.014521 22 63 2094.6 0.2 10.573 0.700 6.5 0.014521 22 64 2112.9 0.2 31.327 2.005 6.2 0.014521 22 65 2192.9 1.0 0.587 0.294 50.0 0.014521 22 66 2211.7 0.7 1.077 0.294 27.3 0.014521 22 67 2273.2 0.2 19.873 1.206 5.9 0.014521 22 68 2372.2 0.7 0.881 0.294 33.3 0.014521 22 69 2523.2 0.2 12.531 0.994 7.8 0.014521 22 70 2598.52 0.0 25.453 1.989 7.7 0.014521 22 71 2658.3 0.8 1.371 0.392 28.6 0.014521 22 72 2760.0 0.3 12.139 0.993 8.1 0.014521 22 73 2959.6 0.6 1.958 0.393 20.0 0.014521 22 74 2983.7 0.6 4.503 0.688 15.2 0.014521 22 75 3013.1 1.0 1.175 0.392 33.3 0.014521 22 76 3202.18 0.0 7.636 1.277 16.7 0.014521 22 77 3253.7 0.6 3.524 0.687 19.4 0.014521 22 78 3272.6 1.0 1.664 0.392 23.5 0.014521 22 79 3369.2 0.8 2.350 0.491 20.8 0.014521 22 80 3448.6 0.4 11.062 1.964 17.7 0.014521 22 81 3548.5 0.5 6.363 1.569 24.6 0.014521 22 82 3601.9 0.3 14.684 2.944 20.0 0.014521 22 83 3634.9 1.4 1.468 0.490 33.3 0.014521 22 84 3663.1 0.6 4.210 1.372 32.6 0.014521 22 85 4541.7 1.6 1.468 0.490 33.3 0.014521 22 86 ENDDATA 67 0 14521 22 87 ENDSUBENT 86 0 14521 2299999 SUBENT 14521023 20190306 148014521 23 1 BIB 4 14 14521 23 2 REACTION (27-CO-59(N,INL)27-CO-59,PAR,SIG,G,SPA,DEROT) Partial 14521 23 3 gamma-ray production cross section, relative to a 14521 23 4 specified gamma-line. 14521 23 5 SAMPLE Target was Co, in CoO form, with natural 14521 23 6 abundance, and mass 17.0 g. Target was exposed for 14521 23 7 23.5 hours. 14521 23 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 23 9 relative to the normalization transition at 14521 23 10 1190.0 keV in 59Co. 14521 23 11 STATUS (TABLE) Data received from A.Voyles and the 14521 23 12 authors of LBNL-1007259, using the methods it 14521 23 13 describes. Cross sections derived from gamma-ray 14521 23 14 intensities taken from table on pages 71-73 14521 23 15 of this work [1978DE41], as described in ANALYSIS. 14521 23 16 ENDBIB 14 0 14521 23 17 NOCOMMON 0 0 14521 23 18 DATA 6 53 14521 23 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 23 20 KEV KEV MB MB PER-CENT PER-CENT 14521 23 21 127.2 0.4 4.523 0.850 14.3 12.114521 23 22 142.7 0.3 20.353 5.445 23.8 12.114521 23 23 192.4 0.4 6.461 1.249 15.0 12.114521 23 24 236.3 0.6 2.100 0.548 23.1 12.114521 23 25 263.2 0.2 11.307 1.890 11.4 12.114521 23 26 269.3 0.2 12.922 2.257 12.5 12.114521 23 27 317.9 1.0 1.292 0.359 25.0 12.114521 23 28 334.8 0.3 6.784 1.050 9.5 12.114521 23 29 360.5 1.0 1.292 0.359 25.0 12.114521 23 30 382.6 0.2 31.337 5.444 12.4 12.114521 23 31 522.1 0.8 2.261 0.703 28.6 12.114521 23 32 554.8 0.3 27.460 7.278 23.5 12.114521 23 33 580.0 0.2 16.153 2.764 12.0 12.114521 23 34 650.1 0.2 10.015 1.778 12.9 12.114521 23 35 694.4 0.4 22.614 7.025 28.6 12.114521 23 36 723.4 0.8 10.338 2.049 15.6 12.114521 23 37 795.9 0.3 16.799 2.821 11.5 12.114521 23 38 871.3 0.4 14.215 3.667 22.7 12.114521 23 39 913.4 0.3 7.753 1.601 16.7 12.114521 23 40 936.5 0.6 3.877 1.376 33.3 12.114521 23 41 992.51 0.1 25.845 3.701 7.5 12.114521 23 42 1099.22 0.0 132.454 16.477 2.4 12.114521 23 43 1190.4 0.2 323.058 39.409 0.0 12.114521 23 44 1291.6 0.2 83.995 10.743 3.8 12.114521 23 45 1397.2 0.3 8.076 1.625 16.0 12.114521 23 46 1459.5 0.2 151.837 19.617 4.3 12.114521 23 47 1481.7 0.2 90.456 11.498 3.6 12.114521 23 48 1557.2 0.8 2.423 0.568 20.0 12.114521 23 49 1616.2 1.0 2.261 0.703 28.6 12.114521 23 50 1680.5 1.5 4.846 1.720 33.3 12.114521 23 51 1726.2 1.2 6.461 1.514 20.0 12.114521 23 52 1745.1 0.3 41.998 6.057 7.7 12.114521 23 53 1765.0 1.0 3.877 0.801 16.7 12.114521 23 54 1801.8 1.5 3.877 0.801 16.7 12.114521 23 55 1891.0 2.0 5.169 1.734 31.2 12.114521 23 56 1924.1 1.5 2.908 0.737 22.2 12.114521 23 57 1953.0 2.0 4.523 2.328 50.0 12.114521 23 58 1970.8 1.5 4.523 2.328 50.0 12.114521 23 59 2031.0 2.0 3.554 1.062 27.3 12.114521 23 60 2062.3 0.8 6.461 1.249 15.0 12.114521 23 61 2088.0 1.0 17.122 3.847 18.9 12.114521 23 62 2142.6 1.2 2.423 0.711 26.7 12.114521 23 63 2182.9 1.0 3.231 0.757 20.0 12.114521 23 64 2204.4 1.0 5.169 1.156 18.7 12.114521 23 65 2309.8 1.0 3.877 0.801 16.7 12.114521 23 66 2395.4 1.0 8.400 1.410 11.5 12.114521 23 67 2481.4 1.2 7.107 1.556 18.2 12.114521 23 68 2544.3 1.5 3.877 0.801 16.7 12.114521 23 69 2586.8 1.5 6.461 1.249 15.0 12.114521 23 70 2654.2 1.5 3.877 1.683 41.7 12.114521 23 71 2786.0 2.0 4.200 2.005 46.2 12.114521 23 72 2826.0 2.0 5.492 2.359 41.2 12.114521 23 73 2913.0 2.0 2.584 0.719 25.0 12.114521 23 74 ENDDATA 55 0 14521 23 75 ENDSUBENT 74 0 14521 2399999 SUBENT 14521024 20190306 148014521 24 1 BIB 4 14 14521 24 2 REACTION (28-NI-0(N,INL)28-NI-0,PAR,SIG,G,SPA,DEROT) Partial 14521 24 3 gamma-ray production cross section, relative to a 14521 24 4 specified gamma-line. 14521 24 5 SAMPLE Target was Ni, in elemental form, with natural 14521 24 6 abundance, and mass 41.4 g. Target was exposed for 14521 24 7 22.9 hours. 14521 24 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 24 9 relative to the normalization transition at 14521 24 10 1454.0 keV in 58Ni. 14521 24 11 STATUS (TABLE) Data received from A.Voyles and the 14521 24 12 authors of LBNL-1007259, using the methods it 14521 24 13 describes. Cross sections derived from gamma-ray 14521 24 14 intensities taken from table on pages 74-77 14521 24 15 of this work [1978DE41], as described in ANALYSIS. 14521 24 16 ENDBIB 14 0 14521 24 17 NOCOMMON 0 0 14521 24 18 DATA 6 74 14521 24 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 24 20 KEV KEV MB MB PER-CENT PER-CENT 14521 24 21 283.0 0.2 7.049 1.472 16.7 12.514521 24 22 346.8 0.6 1.175 0.419 33.3 12.514521 24 23 354.4 0.8 1.762 0.450 22.2 12.514521 24 24 383.5 0.8 0.979 0.410 40.0 12.514521 24 25 467.1 0.2 12.531 2.222 12.5 12.514521 24 26 582.8 0.2 3.524 0.900 22.2 12.514521 24 27 643.1 0.6 1.371 0.428 28.6 12.514521 24 28 655.9 0.5 1.566 0.438 25.0 12.514521 24 29 674.1 0.7 1.175 0.419 33.3 12.514521 24 30 680.7 0.6 1.175 0.419 33.3 12.514521 24 31 738.1 0.8 0.979 0.410 40.0 12.514521 24 32 746.5 0.6 1.566 0.438 25.0 12.514521 24 33 762.9 0.8 1.175 0.419 33.3 12.514521 24 34 774.5 0.4 2.350 0.658 25.0 12.514521 24 35 817.8 0.6 2.350 0.837 33.3 12.514521 24 36 826.08 0.15 41.900 6.130 7.5 12.514521 24 37 908.6 0.6 2.350 0.491 16.7 12.514521 24 38 931.0 0.5 3.916 0.925 20.0 12.514521 24 39 952.4 0.3 10.964 2.724 21.4 12.514521 24 40 961.3 0.2 14.489 2.675 13.5 12.514521 24 41 993.3 0.6 2.350 0.658 25.0 12.514521 24 42 1004.8 0.15 48.165 7.212 8.1 12.514521 24 43 1026.9 0.8 1.566 0.438 25.0 12.514521 24 44 1044.7 0.4 3.524 0.900 22.2 12.514521 24 45 1161.7 0.3 12.922 3.529 24.2 12.514521 24 46 1173.1 0.15 52.081 7.631 7.5 12.514521 24 47 1293.5 0.2 7.832 2.548 30.0 12.514521 24 48 1316.9 0.4 9.006 4.076 43.5 12.514521 24 49 1321.4 0.2 34.068 6.359 13.8 12.514521 24 50 1332.5 0.0 234.952 35.444 8.3 12.514521 24 51 1345.7 0.3 7.049 1.800 22.2 12.514521 24 52 1448.6 1.0 38.767 9.225 20.2 12.514521 24 53 1454.28 0.1 391.586 49.242 0.0 12.514521 24 54 1490.1 0.9 2.154 0.647 27.3 12.514521 24 55 1583.7 0.3 10.181 1.738 11.5 12.514521 24 56 1697.5 0.9 1.175 0.419 33.3 12.514521 24 57 1787.8 0.8 5.482 1.362 21.4 12.514521 24 58 1791.7 0.8 5.482 1.362 21.4 12.514521 24 59 1809.5 0.3 5.482 1.043 14.3 12.514521 24 60 1853.9 0.8 1.762 0.628 33.3 12.514521 24 61 1862.4 0.8 1.958 0.637 30.0 12.514521 24 62 1882.5 0.8 2.545 0.846 30.8 12.514521 24 63 1936.8 0.7 2.350 0.837 33.3 12.514521 24 64 1952.6 1.0 1.175 0.419 33.3 12.514521 24 65 1984.6 0.9 2.350 0.658 25.0 12.514521 24 66 2059.8 0.8 3.133 1.239 37.5 12.514521 24 67 2077.0 0.5 3.524 0.900 22.2 12.514521 24 68 2106.1 1.0 1.762 0.628 33.3 12.514521 24 69 2139.4 0.6 1.175 0.419 33.3 12.514521 24 70 2158.9 0.3 7.832 1.850 20.0 12.514521 24 71 2167.1 0.8 1.762 0.628 33.3 12.514521 24 72 2301.0 0.6 3.720 0.912 21.1 12.514521 24 73 2322.8 1.0 1.175 0.419 33.3 12.514521 24 74 2399.5 1.6 4.699 1.315 25.0 12.514521 24 75 2444.4 0.6 4.307 0.952 18.2 12.514521 24 76 2652.9 0.6 3.916 0.925 20.0 12.514521 24 77 2707.3 1.0 2.545 0.846 30.8 12.514521 24 78 2776.1 1.3 1.958 0.637 30.0 12.514521 24 79 2841.1 1.0 1.371 0.428 28.6 12.514521 24 80 2893.6 1.2 1.958 0.821 40.0 12.514521 24 81 2904.1 1.2 1.762 0.628 33.3 12.514521 24 82 2951.6 0.8 1.762 0.450 22.2 12.514521 24 83 2984.7 1.8 1.175 0.419 33.3 12.514521 24 84 3021.1 0.6 4.699 0.981 16.7 12.514521 24 85 3037.5 0.8 6.265 1.753 25.0 12.514521 24 86 3083.7 1.5 2.350 0.658 25.0 12.514521 24 87 3125.6 1.2 0.587 0.209 33.3 12.514521 24 88 3155.9 1.2 0.783 0.404 50.0 12.514521 24 89 3195.4 1.5 2.154 0.829 36.4 12.514521 24 90 3263.6 0.6 6.657 1.443 17.6 12.514521 24 91 3270.4 0.8 2.350 0.837 33.3 12.514521 24 92 3593.6 1.0 5.091 1.338 23.1 12.514521 24 93 3896.1 2.0 1.371 0.612 42.9 12.514521 24 94 4109.3 1.5 3.133 1.239 37.5 12.514521 24 95 ENDDATA 76 0 14521 24 96 ENDSUBENT 95 0 14521 2499999 SUBENT 14521025 20190306 148014521 25 1 BIB 4 14 14521 25 2 REACTION (29-CU-0(N,INL)29-CU-0,PAR,SIG,G,SPA,DEROT) Partial 14521 25 3 gamma-ray production cross section, relative to a 14521 25 4 specified gamma-line. 14521 25 5 SAMPLE Target was Cu, in elemental form, with natural 14521 25 6 abundance, and mass 20.5 g. Target was exposed for 14521 25 7 21.0 hours. 14521 25 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 25 9 relative to the normalization transition at 14521 25 10 962.0 keV in 63Cu. 14521 25 11 STATUS (TABLE) Data received from A.Voyles and the 14521 25 12 authors of LBNL-1007259, using the methods it 14521 25 13 describes. Cross sections derived from gamma-ray 14521 25 14 intensities taken from table on pages 77-81 14521 25 15 of this work [1978DE41], as described in ANALYSIS. 14521 25 16 ENDBIB 14 0 14521 25 17 NOCOMMON 0 0 14521 25 18 DATA 6 87 14521 25 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 25 20 KEV KEV MB MB PER-CENT PER-CENT 14521 25 21 365.5 0.0 74.010 13.433 14.3 11.114521 25 22 413.9 0.3 10.044 2.395 21.1 11.114521 25 23 450.2 0.2 29.604 5.373 14.3 11.114521 25 24 470.1 0.8 4.758 1.184 22.2 11.114521 25 25 534.5 0.4 3.172 0.869 25.0 11.114521 25 26 585.0 0.2 14.802 2.294 10.7 11.114521 25 27 609.6 1.0 5.286 1.212 20.0 11.114521 25 28 625.3 0.3 6.344 2.231 33.3 11.114521 25 29 644.5 0.2 10.044 1.944 15.8 11.114521 25 30 669.68 0.1 243.175 29.206 4.3 11.114521 25 31 686.3 0.9 7.401 2.271 28.6 11.114521 25 32 742.4 0.3 7.401 1.789 21.4 11.114521 25 33 754.2 0.4 5.815 1.714 27.3 11.114521 25 34 765.7 1.0 8.987 2.828 29.4 11.114521 25 35 770.6 0.2 89.869 14.595 11.8 11.114521 25 36 852.7 0.6 2.379 0.836 33.3 11.114521 25 37 881.1 1.5 17.445 5.636 30.3 11.114521 25 38 899.2 0.2 41.234 6.261 10.3 11.114521 25 39 924.5 0.5 7.930 1.817 20.0 11.114521 25 40 962.03 0.1 528.641 59.184 0.0 11.114521 25 41 978.8 0.4 13.216 2.581 16.0 11.114521 25 42 992.0 0.4 9.516 2.368 22.2 11.114521 25 43 1013.5 0.6 8.458 1.847 18.7 11.114521 25 44 1050.7 0.3 13.745 3.058 19.2 11.114521 25 45 1077.6 0.8 2.643 0.846 30.0 11.114521 25 46 1099.9 1.0 2.115 0.579 25.0 11.114521 25 47 1115.54 0.1 195.597 27.038 8.1 11.114521 25 48 1130.5 0.2 20.088 3.087 10.5 11.114521 25 49 1163.5 0.3 20.088 3.888 15.8 11.114521 25 50 1178.7 0.7 7.401 2.271 28.6 11.114521 25 51 1246.1 0.6 10.573 2.896 25.0 11.114521 25 52 1292.3 1.0 3.700 1.136 28.6 11.114521 25 53 1327.0 0.1 169.165 24.702 9.4 11.114521 25 54 1342.5 1.0 3.172 1.115 33.3 11.114521 25 55 1357.9 0.8 2.115 0.579 25.0 11.114521 25 56 1374.7 0.7 2.908 0.857 27.3 11.114521 25 57 1391.5 0.5 10.573 1.979 15.0 11.114521 25 58 1412.11 0.1 79.296 13.806 13.3 11.114521 25 59 1436.6 1.0 2.643 1.098 40.0 11.114521 25 60 1442.9 0.8 11.101 2.921 23.8 11.114521 25 61 1481.8 0.1 63.437 12.737 16.7 11.114521 25 62 1547.03 0.1 63.437 12.737 16.7 11.114521 25 63 1558.2 0.7 4.229 1.404 31.2 11.114521 25 64 1573.3 0.8 2.115 0.828 37.5 11.114521 25 65 1584.9 1.0 1.850 0.820 42.9 11.114521 25 66 1617.5 1.0 3.172 1.115 33.3 11.114521 25 67 1623.3 0.3 25.375 6.001 20.8 11.114521 25 68 1637.2 0.9 3.172 0.869 25.0 11.114521 25 69 1724.9 0.2 21.146 3.548 12.5 11.114521 25 70 1801.7 1.2 1.057 0.290 25.0 11.114521 25 71 1827.0 0.8 2.115 0.579 25.0 11.114521 25 72 1846.4 1.0 1.586 0.558 33.3 11.114521 25 73 1861.3 0.2 40.705 6.217 10.4 11.114521 25 74 1879.3 0.5 2.908 0.857 27.3 11.114521 25 75 1897.9 0.8 3.172 0.869 25.0 11.114521 25 76 1926.6 1.0 2.643 0.846 30.0 11.114521 25 77 1955.4 1.0 1.850 0.820 42.9 11.114521 25 78 1965.4 0.8 4.229 1.404 31.2 11.114521 25 79 1984.9 1.2 2.379 0.592 22.2 11.114521 25 80 1997.0 1.0 2.379 0.592 22.2 11.114521 25 81 2011.8 0.3 18.502 3.358 14.3 11.114521 25 82 2025.7 1.2 3.700 1.136 28.6 11.114521 25 83 2062.0 0.9 3.172 0.869 25.0 11.114521 25 84 2081.3 0.5 10.573 1.979 15.0 11.114521 25 85 2091.8 1.0 5.286 1.212 20.0 11.114521 25 86 2095.0 0.8 8.458 1.419 12.5 11.114521 25 87 2106.8 1.2 2.643 0.846 30.0 11.114521 25 88 2112.0 1.5 2.908 1.106 36.4 11.114521 25 89 2187.9 0.8 2.379 0.836 33.3 11.114521 25 90 2212.3 0.6 2.908 0.621 18.2 11.114521 25 91 2329.6 1.0 4.493 1.171 23.5 11.114521 25 92 2336.4 0.5 10.044 2.395 21.1 11.114521 25 93 2467.0 0.8 1.586 0.558 33.3 11.114521 25 94 2496.9 0.5 9.516 1.911 16.7 11.114521 25 95 2511.7 1.0 5.286 1.212 20.0 11.114521 25 96 2535.0 0.5 5.286 1.212 20.0 11.114521 25 97 2627.3 0.2 2.379 0.836 33.3 11.114521 25 98 2716.2 0.8 3.172 0.869 25.0 11.114521 25 99 2780.3 0.9 2.115 0.579 25.0 11.114521 25 100 2808.0 1.0 2.379 0.836 33.3 11.114521 25 101 2858.0 1.5 3.436 1.125 30.8 11.114521 25 102 2871.7 1.5 3.172 1.115 33.3 11.114521 25 103 2902.2 1.5 3.700 1.385 35.7 11.114521 25 104 2979.0 1.5 1.850 0.568 28.6 11.114521 25 105 3033.1 1.5 1.850 0.568 28.6 11.114521 25 106 3044.6 1.5 2.379 0.836 33.3 11.114521 25 107 3264.6 2.0 1.586 0.558 33.3 11.114521 25 108 ENDDATA 89 0 14521 25 109 ENDSUBENT 108 0 14521 2599999 SUBENT 14521026 20190306 148014521 26 1 BIB 4 14 14521 26 2 REACTION (30-ZN-0(N,INL)30-ZN-0,PAR,SIG,G,SPA,DEROT) Partial 14521 26 3 gamma-ray production cross section, relative to a 14521 26 4 specified gamma-line. 14521 26 5 SAMPLE Target was Zn, in elemental form, with natural 14521 26 6 abundance, and mass 31.5 g. Target was exposed for 14521 26 7 6.0 hours. 14521 26 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 26 9 relative to the normalization transition at 14521 26 10 992.0 keV in 64Zn. 14521 26 11 STATUS (TABLE) Data received from A.Voyles and the 14521 26 12 authors of LBNL-1007259, using the methods it 14521 26 13 describes. Cross sections derived from gamma-ray 14521 26 14 intensities taken from table on pages 81-84 14521 26 15 of this work [1978DE41], as described in ANALYSIS. 14521 26 16 ENDBIB 14 0 14521 26 17 NOCOMMON 0 0 14521 26 18 DATA 6 55 14521 26 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 26 20 KEV KEV MB MB PER-CENT PER-CENT 14521 26 21 184.7 0.2 25.453 3.203 8.0 9.614521 26 22 208.8 0.5 5.091 1.605 30.0 9.614521 26 23 282.8 1.2 1.782 0.783 42.9 9.614521 26 24 300.2 0.2 17.308 2.271 8.8 9.614521 26 25 365.0 1.0 1.018 0.273 25.0 9.614521 26 26 393.9 0.6 6.109 2.121 33.3 9.614521 26 27 578.5 0.2 15.781 2.164 9.7 9.614521 26 28 586.1 0.4 4.072 0.860 18.7 9.614521 26 29 604.8 0.3 16.290 3.440 18.7 9.614521 26 30 627.9 0.8 2.291 0.795 33.3 9.614521 26 31 770.1 1.0 3.054 1.060 33.3 9.614521 26 32 805.7 0.4 22.908 3.381 11.1 9.614521 26 33 808.0 0.2 94.176 9.495 2.7 9.614521 26 34 815.1 0.4 8.654 1.743 17.6 9.614521 26 35 833.35 0.2 86.541 17.432 17.6 9.614521 26 36 885.7 0.4 9.672 1.793 15.8 9.614521 26 37 918.7 0.2 18.326 2.705 11.1 9.614521 26 38 937.0 0.3 8.145 1.720 18.7 9.614521 26 39 991.5 0.1 509.062 49.444 0.0 9.614521 26 40 1039.2 0.1 290.165 34.769 7.0 9.614521 26 41 1077.35 0.0 173.081 22.712 8.8 9.614521 26 42 1126.6 0.5 6.618 1.204 15.4 9.614521 26 43 1180.7 0.5 6.109 1.178 16.7 9.614521 26 44 1206.4 1.6 3.563 1.075 28.6 9.614521 26 45 1261.4 0.3 13.236 2.408 15.4 9.614521 26 46 1315.2 0.2 26.471 3.280 7.7 9.614521 26 47 1333.4 0.6 7.636 2.167 26.7 9.614521 26 48 1340.3 0.4 12.727 2.382 16.0 9.614521 26 49 1387.0 0.4 2.036 0.546 25.0 9.614521 26 50 1407.1 1.0 8.145 2.185 25.0 9.614521 26 51 1411.8 1.0 14.254 2.462 14.3 9.614521 26 52 1516.8 1.0 2.545 0.803 30.0 9.614521 26 53 1570.4 0.8 2.545 0.566 20.0 9.614521 26 54 1617.9 0.4 9.163 1.768 16.7 9.614521 26 55 1673.5 0.3 10.181 2.264 20.0 9.614521 26 56 1726.2 0.8 2.545 0.566 20.0 9.614521 26 57 1745.1 0.0 7.636 1.698 20.0 9.614521 26 58 1758.8 1.0 1.782 0.538 28.6 9.614521 26 59 1787.5 0.3 13.236 1.996 11.5 9.614521 26 60 1799.9 0.3 31.562 3.984 8.1 9.614521 26 61 1883.09 0.0 20.872 2.538 7.3 9.614521 26 62 1899.4 0.4 4.072 0.860 18.7 9.614521 26 63 1987.4 0.5 3.563 0.838 21.4 9.614521 26 64 2007.0 0.7 14.763 2.921 17.2 9.614521 26 65 2014.6 1.0 3.818 1.326 33.3 9.614521 26 66 2086.6 0.8 2.291 0.556 22.2 9.614521 26 67 2103.7 1.0 7.127 1.231 14.3 9.614521 26 68 2172.8 1.2 1.527 0.778 50.0 9.614521 26 69 2195.2 1.2 2.036 0.546 25.0 9.614521 26 70 2209.3 1.0 3.054 0.819 25.0 9.614521 26 71 2270.7 0.8 5.091 1.132 20.0 9.614521 26 72 2305.2 1.0 4.582 1.111 22.2 9.614521 26 73 2377.8 1.5 2.545 0.803 30.0 9.614521 26 74 2467.2 1.0 4.072 1.092 25.0 9.614521 26 75 2780.6 0.6 4.582 1.111 22.2 9.614521 26 76 ENDDATA 57 0 14521 26 77 ENDSUBENT 76 0 14521 2699999 SUBENT 14521027 20190306 148014521 27 1 BIB 4 14 14521 27 2 REACTION (31-GA-0(N,INL)31-GA-0,PAR,SIG,G,SPA,DEROT) Partial 14521 27 3 gamma-ray production cross section, relative to a 14521 27 4 specified gamma-line. 14521 27 5 SAMPLE Target was Ga, in elemental form, with natural 14521 27 6 abundance, and mass 15.5 g. Target was exposed for 14521 27 7 23.0 hours. 14521 27 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 27 9 relative to the normalization transition at 14521 27 10 574.0 keV in 69Ga. 14521 27 11 STATUS (TABLE) Data received from A.Voyles and the 14521 27 12 authors of LBNL-1007259, using the methods it 14521 27 13 describes. Cross sections derived from gamma-ray 14521 27 14 intensities taken from table on pages 84-87 14521 27 15 of this work [1978DE41], as described in ANALYSIS. 14521 27 16 ENDBIB 14 0 14521 27 17 NOCOMMON 0 0 14521 27 18 DATA 6 78 14521 27 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 27 20 KEV KEV MB MB PER-CENT PER-CENT 14521 27 21 121.5 0.2 17.445 2.358 7.6 11.114521 27 22 155.1 0.3 4.758 0.955 16.7 11.114521 27 23 228.9 0.8 1.189 0.250 17.8 11.114521 27 24 234.8 0.4 3.172 0.637 16.7 11.114521 27 25 318.6 0.2 198.240 23.568 4.0 11.114521 27 26 381.4 0.7 8.194 1.400 12.9 11.114521 27 27 385.7 1.0 11.894 2.960 22.2 11.114521 27 28 389.8 0.3 113.658 13.779 4.7 11.114521 27 29 418.8 0.6 4.758 0.750 11.1 11.114521 27 30 453.2 0.3 15.066 1.991 7.0 11.114521 27 31 487.34 0.0 229.959 26.282 2.3 11.114521 27 32 511.5 0.8 177.095 33.042 14.9 11.114521 27 33 553.2 0.3 5.815 0.839 9.1 11.114521 27 34 574.1 0.2 264.321 29.592 0.0 11.114521 27 35 587.2 0.4 3.700 0.672 14.3 11.114521 27 36 596.2 1.0 15.859 3.184 16.7 11.114521 27 37 619.9 0.3 31.718 4.761 10.0 11.114521 27 38 635.6 0.4 10.837 1.794 12.2 11.114521 27 39 666.6 0.5 2.247 0.585 23.5 11.114521 27 40 709.3 0.4 31.718 4.427 8.3 11.114521 27 41 746.0 0.6 3.172 0.637 16.7 11.114521 27 42 753.6 0.8 3.436 0.654 15.4 11.114521 27 43 762.0 0.6 5.022 0.972 15.8 11.114521 27 44 787.2 1.0 3.436 0.654 15.4 11.114521 27 45 871.8 0.3 97.799 12.158 5.4 11.114521 27 46 910.2 0.8 60.794 8.618 8.7 11.114521 27 47 914.2 0.8 10.573 1.774 12.5 11.114521 27 48 938.9 0.8 2.115 0.579 25.0 11.114521 27 49 964.5 0.2 47.578 5.946 5.6 11.114521 27 50 977.0 0.5 2.643 0.606 20.0 11.114521 27 51 988.8 0.3 7.137 0.958 7.4 11.114521 27 52 1005.3 1.0 1.189 0.418 33.3 11.114521 27 53 1011.3 0.4 12.159 1.575 6.5 11.114521 27 54 1028.1 0.3 10.044 1.376 7.9 11.114521 27 55 1051.0 1.0 6.872 1.308 15.4 11.114521 27 56 1085.3 0.8 2.511 0.486 15.8 11.114521 27 57 1106.7 0.3 105.728 14.247 7.5 11.114521 27 58 1119.7 0.8 4.493 0.939 17.6 11.114521 27 59 1136.8 0.6 3.436 0.654 15.4 11.114521 27 60 1148.8 0.6 4.493 0.730 11.8 11.114521 27 61 1171.5 0.6 3.436 0.654 15.4 11.114521 27 62 1190.2 0.3 15.859 2.066 6.7 11.114521 27 63 1207.4 0.8 13.745 3.058 19.2 11.114521 27 64 1213.2 0.8 5.286 1.448 25.0 11.114521 27 65 1234.4 1.0 6.872 1.763 23.1 11.114521 27 66 1242.4 0.8 3.172 0.869 25.0 11.114521 27 67 1264.3 0.6 4.758 0.750 11.1 11.114521 27 68 1309.5 0.8 0.925 0.284 28.6 11.114521 27 69 1336.0 0.3 52.864 6.482 5.0 11.114521 27 70 1349.7 0.6 5.286 1.212 20.0 11.114521 27 71 1380.9 1.0 1.586 0.558 33.3 11.114521 27 72 1394.9 0.6 10.044 1.944 15.8 11.114521 27 73 1404.1 1.0 1.982 0.573 26.7 11.114521 27 74 1418.0 0.8 1.982 0.454 20.0 11.114521 27 75 1455.0 0.8 2.908 0.621 18.2 11.114521 27 76 1474.4 1.4 15.331 2.723 13.8 11.114521 27 77 1487.9 0.3 16.388 2.800 12.9 11.114521 27 78 1503.4 0.8 4.493 0.939 17.6 11.114521 27 79 1525.8 0.4 6.344 0.885 8.3 11.114521 27 80 1536.2 1.0 0.793 0.229 26.7 11.114521 27 81 1571.8 0.6 3.700 0.672 14.3 11.114521 27 82 1593.3 0.8 2.379 0.712 27.8 11.114521 27 83 1632.1 1.0 1.850 0.447 21.4 11.114521 27 84 1699.5 0.6 3.700 0.672 14.3 11.114521 27 85 1719.8 1.0 7.401 1.147 10.7 11.114521 27 86 1723.8 1.0 4.229 0.924 18.7 11.114521 27 87 1772.6 1.2 1.189 0.418 33.3 11.114521 27 88 1890.1 1.2 8.194 1.400 12.9 11.114521 27 89 1903.8 1.2 5.551 1.226 19.0 11.114521 27 90 1928.9 1.0 3.700 0.672 14.3 11.114521 27 91 1971.9 1.0 4.229 0.924 18.7 11.114521 27 92 2006.7 0.8 13.745 1.867 7.7 11.114521 27 93 2023.2 0.8 8.458 1.419 12.5 11.114521 27 94 2042.3 0.8 6.608 1.084 12.0 11.114521 27 95 2120.7 1.2 1.586 0.434 25.0 11.114521 27 96 2199.0 1.0 3.172 0.637 16.7 11.114521 27 97 2250.0 1.0 3.172 0.637 16.7 11.114521 27 98 2482.0 1.5 2.379 0.478 16.7 11.114521 27 99 ENDDATA 80 0 14521 27 100 ENDSUBENT 99 0 14521 2799999 SUBENT 14521028 20190306 148014521 28 1 BIB 4 14 14521 28 2 REACTION (32-GE-0(N,INL)32-GE-0,PAR,SIG,G,SPA,DEROT) Partial 14521 28 3 gamma-ray production cross section, relative to a 14521 28 4 specified gamma-line. 14521 28 5 SAMPLE Target was Ge, in elemental form, with natural 14521 28 6 abundance, and mass 4.7 g. Target was exposed for 14521 28 7 44.0 hours. 14521 28 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 28 9 relative to the normalization transition at 14521 28 10 596.0 keV in 74Ge. 14521 28 11 STATUS (TABLE) Data received from A.Voyles and the 14521 28 12 authors of LBNL-1007259, using the methods it 14521 28 13 describes. Cross sections derived from gamma-ray 14521 28 14 intensities taken from table on pages 88-91 14521 28 15 of this work [1978DE41], as described in ANALYSIS. 14521 28 16 ENDBIB 14 0 14521 28 17 NOCOMMON 0 0 14521 28 18 DATA 6 98 14521 28 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 28 20 KEV KEV MB MB PER-CENT PER-CENT 14521 28 21 175.47 0.15 68.723 12.246 6.2 16.714521 28 22 233.2 0.4 5.815 1.860 27.3 16.714521 28 23 264.2 0.8 2.643 1.146 40.0 16.714521 28 24 284.8 0.15 35.948 6.797 8.8 16.714521 28 25 297.28 0.15 17.974 3.675 11.8 16.714521 28 26 325.85 0.15 20.088 3.969 10.5 16.714521 28 27 335.7 0.8 3.700 1.225 28.6 16.714521 28 28 340.0 0.8 6.344 2.366 33.3 16.714521 28 29 388.2 0.4 10.573 2.756 20.0 16.714521 28 30 430.6 0.6 19.031 5.293 22.2 16.714521 28 31 492.93 0.1 42.291 7.751 7.5 16.714521 28 32 531.1 0.2 14.802 3.256 14.3 16.714521 28 33 545.49 0.1 32.776 5.875 6.5 16.714521 28 34 562.89 0.1 211.456 41.202 10.0 16.714521 28 35 595.88 0.1 1057.282 176.810 0.0 16.714521 28 36 608.4 0.1 169.165 42.501 18.8 16.714521 28 37 629.92 0.1 137.447 31.232 15.4 16.714521 28 38 645.9 0.8 5.286 1.816 30.0 16.714521 28 39 658.8 0.2 20.088 4.620 15.8 16.714521 28 40 668.21 0.1 47.578 9.553 11.1 16.714521 28 41 701.3 1.2 7.930 3.931 46.7 16.714521 28 42 735.3 1.2 4.758 1.774 33.3 16.714521 28 43 743.25 0.1 211.456 41.202 10.0 16.714521 28 44 763.4 0.6 7.930 2.496 26.7 16.714521 28 45 771.9 1.0 6.872 2.407 30.8 16.714521 28 46 776.6 0.3 20.088 4.620 15.8 16.714521 28 47 785.5 0.5 9.516 2.646 22.2 16.714521 28 48 799.0 0.6 11.630 3.721 27.3 16.714521 28 49 808.8 0.8 4.229 1.736 37.5 16.714521 28 50 826.2 0.2 45.463 7.891 4.7 16.714521 28 51 834.03 0.1 380.622 67.072 5.6 16.714521 28 52 867.92 0.1 105.728 20.601 10.0 16.714521 28 53 886.98 0.1 41.234 8.689 12.8 16.714521 28 54 894.33 0.1 52.864 12.235 16.0 16.714521 28 55 906.5 0.4 7.401 2.450 28.6 16.714521 28 56 940.4 0.3 9.516 2.646 22.2 16.714521 28 57 961.1 0.2 17.974 3.675 11.8 16.714521 28 58 975.9 0.3 10.573 2.756 20.0 16.714521 28 59 993.4 0.6 11.630 3.721 27.3 16.714521 28 60 999.7 0.8 8.458 2.544 25.0 16.714521 28 61 1039.48 0.1 338.330 60.401 6.2 16.714521 28 62 1050.5 0.3 15.859 4.135 20.0 16.714521 28 63 1063.3 0.4 7.401 2.012 21.4 16.714521 28 64 1085.3 0.8 2.643 1.146 40.0 16.714521 28 65 1101.3 0.2 48.635 10.315 13.0 16.714521 28 66 1108.0 0.3 26.432 7.732 24.0 16.714521 28 67 1131.5 0.3 9.516 2.646 22.2 16.714521 28 68 1178.8 1.0 2.115 1.115 50.0 16.714521 28 69 1193.6 1.2 8.987 2.594 23.5 16.714521 28 70 1204.3 1.0 82.468 16.178 10.3 16.714521 28 71 1230.3 0.6 9.516 2.646 22.2 16.714521 28 72 1249.26 0.1 1.586 0.591 33.3 16.714521 28 73 1301.8 0.8 2.643 1.146 40.0 16.714521 28 74 1332.6 0.5 7.401 3.405 42.9 16.714521 28 75 1337.4 1.0 3.172 1.672 50.0 16.714521 28 76 1348.3 1.0 3.172 1.183 33.3 16.714521 28 77 1383.5 0.6 2.115 1.115 50.0 16.714521 28 78 1398.6 1.0 3.172 1.183 33.3 16.714521 28 79 1412.3 1.0 7.930 2.496 26.7 16.714521 28 80 1429.6 1.6 2.643 1.146 40.0 16.714521 28 81 1463.7 0.3 25.375 5.991 16.7 16.714521 28 82 1471.6 0.6 9.516 2.646 22.2 16.714521 28 83 1482.3 1.4 3.172 1.672 50.0 16.714521 28 84 1489.2 1.0 8.458 2.998 31.2 16.714521 28 85 1495.2 1.0 6.344 1.908 25.0 16.714521 28 86 1510.3 1.0 3.700 1.225 28.6 16.714521 28 87 1522.4 0.2 22.203 4.883 14.3 16.714521 28 88 1569.5 0.8 4.758 1.323 22.2 16.714521 28 89 1602.6 1.0 3.700 1.225 28.6 16.714521 28 90 1669.3 0.8 3.700 1.702 42.9 16.714521 28 91 1676.4 1.2 3.172 1.672 50.0 16.714521 28 92 1697.6 1.0 2.643 1.146 40.0 16.714521 28 93 1707.8 0.3 32.776 6.923 12.9 16.714521 28 94 1710.8 0.6 11.630 4.655 36.4 16.714521 28 95 1724.6 1.2 3.172 1.183 33.3 16.714521 28 96 1920.8 0.4 5.286 1.378 20.0 16.714521 28 97 1940.7 0.2 22.203 4.273 9.5 16.714521 28 98 2004.6 0.6 8.458 2.125 18.7 16.714521 28 99 2071.2 0.0 8.458 2.544 25.0 16.714521 28 100 2105.3 1.0 4.229 1.736 37.5 16.714521 28 101 2110.3 1.0 3.172 1.672 50.0 16.714521 28 102 2116.6 1.0 5.286 1.816 30.0 16.714521 28 103 2129.7 1.0 3.172 1.183 33.3 16.714521 28 104 2139.5 1.4 2.115 0.636 25.0 16.714521 28 105 2156.3 1.0 5.286 1.816 30.0 16.714521 28 106 2197.2 1.0 8.458 2.544 25.0 16.714521 28 107 2202.5 1.0 8.458 2.544 25.0 16.714521 28 108 2213.8 1.0 6.344 1.908 25.0 16.714521 28 109 2237.0 0.8 10.044 2.701 21.1 16.714521 28 110 2277.3 1.4 6.344 1.908 25.0 16.714521 28 111 2343.8 1.4 3.700 1.225 28.6 16.714521 28 112 2352.3 1.4 4.758 1.774 33.3 16.714521 28 113 2402.5 1.0 4.758 1.323 22.2 16.714521 28 114 2582.7 1.0 6.344 2.366 33.3 16.714521 28 115 2690.7 0.8 8.987 2.185 17.6 16.714521 28 116 2787.1 1.0 3.700 1.225 28.6 16.714521 28 117 3033.0 1.6 5.286 1.816 30.0 16.714521 28 118 3093.5 1.8 2.643 1.146 40.0 16.714521 28 119 ENDDATA 100 0 14521 28 120 ENDSUBENT 119 0 14521 2899999 SUBENT 14521029 20190306 148014521 29 1 BIB 4 14 14521 29 2 REACTION (33-AS-75(N,INL)33-AS-75,PAR,SIG,G,SPA,DEROT) Partial 14521 29 3 gamma-ray production cross section, relative to a 14521 29 4 specified gamma-line. 14521 29 5 SAMPLE Target was As, in elemental form, with natural 14521 29 6 abundance, and mass 22.1 g. Target was exposed for 14521 29 7 21.0 hours. 14521 29 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 29 9 relative to the normalization transition at 14521 29 10 280.0 keV in 75As. 14521 29 11 STATUS (TABLE) Data received from A.Voyles and the 14521 29 12 authors of LBNL-1007259, using the methods it 14521 29 13 describes. Cross sections derived from gamma-ray 14521 29 14 intensities taken from table on pages 91-95 14521 29 15 of this work [1978DE41], as described in ANALYSIS. 14521 29 16 ENDBIB 14 0 14521 29 17 NOCOMMON 0 0 14521 29 18 DATA 6 87 14521 29 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 29 20 KEV KEV MB MB PER-CENT PER-CENT 14521 29 21 121.3 0.2 171.808 61.967 15.4 32.614521 29 22 136.2 0.3 449.345 151.850 8.8 32.614521 29 23 153.4 0.2 66.080 22.546 10.0 32.614521 29 24 198.6 0.2 541.857 181.154 7.3 32.614521 29 25 211.1 0.5 5.286 2.173 25.0 32.614521 29 26 235.6 0.5 9.251 4.012 28.6 32.614521 29 27 241.9 0.3 17.181 6.197 15.4 32.614521 29 28 264.65 0.0 885.474 291.563 4.5 32.614521 29 29 279.49 0.1 1321.603 431.126 0.0 32.614521 29 30 292.6 0.6 3.304 1.705 40.0 32.614521 29 31 303.91 0.1 77.975 26.281 8.5 32.614521 29 32 313.8 0.3 19.824 6.986 13.3 32.614521 29 33 338.8 0.6 8.590 3.852 30.8 32.614521 29 34 353.2 0.2 21.146 7.387 12.5 32.614521 29 35 400.74 0.1 87.226 29.539 9.1 32.614521 29 36 419.09 0.1 158.592 53.396 8.3 32.614521 29 37 459.8 0.3 21.146 7.956 18.7 32.614521 29 38 468.9 0.1 185.024 61.788 7.1 32.614521 29 39 542.45 0.1 27.754 9.884 14.3 32.614521 29 40 550.3 0.3 7.930 3.259 25.0 32.614521 29 41 572.52 0.1 383.265 127.790 6.9 32.614521 29 42 606.79 0.1 52.864 18.468 12.5 32.614521 29 43 617.7 0.3 47.578 16.869 13.9 32.614521 29 44 622.0 0.8 17.181 8.665 38.5 32.614521 29 45 643.23 0.1 75.331 24.716 3.5 32.614521 29 46 657.3 1.0 2.643 1.364 40.0 32.614521 29 47 661.8 0.9 7.930 3.259 25.0 32.614521 29 48 667.4 0.6 10.573 3.978 18.7 32.614521 29 49 681.5 0.8 3.304 1.705 40.0 32.614521 29 50 706.1 0.8 5.286 2.173 25.0 32.614521 29 51 713.4 1.0 4.626 2.006 28.6 32.614521 29 52 735.6 0.4 15.859 8.392 41.7 32.614521 29 53 740.2 0.4 37.005 14.443 21.4 32.614521 29 54 764.3 0.6 7.269 3.091 27.3 32.614521 29 55 784.63 0.1 37.005 12.706 10.7 32.614521 29 56 798.12 0.1 66.080 22.546 10.0 32.614521 29 57 815.8 0.2 42.291 17.381 25.0 32.614521 29 58 821.83 0.1 158.592 53.396 8.3 32.614521 29 59 864.56 0.1 198.240 69.862 13.3 32.614521 29 60 876.3 0.8 1.982 0.925 33.3 32.614521 29 61 883.3 0.8 5.286 2.173 25.0 32.614521 29 62 893.1 0.2 17.181 6.197 15.4 32.614521 29 63 909.9 0.6 5.947 2.347 22.2 32.614521 29 64 948.4 0.2 11.234 4.166 17.6 32.614521 29 65 1006.2 0.2 13.216 5.057 20.0 32.614521 29 66 1021.15 0.1 48.899 17.266 13.5 32.614521 29 67 1030.9 0.3 8.590 3.852 30.8 32.614521 29 68 1045.04 0.1 33.040 11.484 12.0 32.614521 29 69 1054.4 0.8 1.322 0.789 50.0 32.614521 29 70 1064.0 0.6 3.965 1.849 33.3 32.614521 29 71 1067.8 0.6 4.626 2.006 28.6 32.614521 29 72 1075.35 0.1 43.613 14.769 9.1 32.614521 29 73 1083.6 0.4 4.626 2.006 28.6 32.614521 29 74 1102.0 0.8 5.947 2.347 22.2 32.614521 29 75 1106.0 0.8 3.965 1.849 33.3 32.614521 29 76 1128.73 0.1 15.859 5.451 10.8 32.614521 29 77 1142.92 0.1 18.502 6.313 10.0 32.614521 29 78 1157.3 0.8 4.626 2.006 28.6 32.614521 29 79 1167.3 1.0 3.304 1.705 40.0 32.614521 29 80 1200.51 0.1 27.754 9.432 9.5 32.614521 29 81 1282.6 0.4 3.304 1.705 40.0 32.614521 29 82 1303.6 0.4 33.040 11.484 12.0 32.614521 29 83 1310.7 0.6 9.912 4.176 26.7 32.614521 29 84 1350.9 0.2 23.789 8.198 11.1 32.614521 29 85 1372.2 0.2 23.789 8.198 11.1 32.614521 29 86 1409.2 0.5 7.930 2.905 16.7 32.614521 29 87 1422.7 0.3 18.502 6.589 14.3 32.614521 29 88 1432.8 0.3 15.859 5.810 16.7 32.614521 29 89 1506.4 1.5 2.643 1.086 25.0 32.614521 29 90 1519.8 0.8 3.304 1.264 20.0 32.614521 29 91 1541.9 0.0 5.286 2.173 25.0 32.614521 29 92 1562.5 0.9 2.643 1.086 25.0 32.614521 29 93 1582.4 0.8 1.982 0.925 33.3 32.614521 29 94 1597.0 0.8 3.304 1.705 40.0 32.614521 29 95 1607.4 0.2 11.894 4.099 11.1 32.614521 29 96 1647.3 0.6 3.965 1.849 33.3 32.614521 29 97 1656.9 0.5 3.965 1.849 33.3 32.614521 29 98 1676.9 0.8 1.322 0.586 30.0 32.614521 29 99 1689.6 0.4 7.269 2.715 18.2 32.614521 29 100 1894.1 1.0 1.322 0.586 30.0 32.614521 29 101 2003.6 0.7 3.965 1.849 33.3 32.614521 29 102 2068.7 0.9 2.643 1.578 50.0 32.614521 29 103 2109.0 0.9 1.322 0.789 50.0 32.614521 29 104 2180.2 0.8 1.982 0.925 33.3 32.614521 29 105 2211.4 0.8 3.965 1.849 33.3 32.614521 29 106 2244.5 1.0 1.982 1.129 46.7 32.614521 29 107 2263.1 1.0 1.982 1.239 53.3 32.614521 29 108 ENDDATA 89 0 14521 29 109 ENDSUBENT 108 0 14521 2999999 SUBENT 14521030 20190306 148014521 30 1 BIB 4 14 14521 30 2 REACTION (34-SE-0(N,INL)34-SE-0,PAR,SIG,G,SPA,DEROT) Partial 14521 30 3 gamma-ray production cross section, relative to a 14521 30 4 specified gamma-line. 14521 30 5 SAMPLE Target was Se, in elemental form, with natural 14521 30 6 abundance, and mass 24.0 g. Target was exposed for 14521 30 7 12.9 hours. 14521 30 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 30 9 relative to the normalization transition at 14521 30 10 666.0 keV in 80Se. 14521 30 11 STATUS (TABLE) Data received from A.Voyles and the 14521 30 12 authors of LBNL-1007259, using the methods it 14521 30 13 describes. Cross sections derived from gamma-ray 14521 30 14 intensities taken from table on pages 95-98 14521 30 15 of this work [1978DE41], as described in ANALYSIS. 14521 30 16 ENDBIB 14 0 14521 30 17 NOCOMMON 0 0 14521 30 18 DATA 6 71 14521 30 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 30 20 KEV KEV MB MB PER-CENT PER-CENT 14521 30 21 139.4 0.8 27.019 5.389 16.7 10.914521 30 22 161.83 0.0 64.847 8.411 6.9 10.914521 30 23 200.4 0.8 18.013 4.917 25.0 10.914521 30 24 218.7 0.4 4.053 1.004 22.2 10.914521 30 25 231.6 0.4 9.006 2.054 20.0 10.914521 30 26 238.98 0.0 99.071 21.030 18.2 10.914521 30 27 249.76 0.1 33.324 5.129 10.8 10.914521 30 28 302.7 0.8 2.702 0.948 33.3 10.914521 30 29 331.8 0.6 7.205 1.967 25.0 10.914521 30 30 338.6 0.8 11.708 2.211 15.4 10.914521 30 31 439.4 0.1 21.616 4.311 16.7 10.914521 30 32 520.2 0.2 41.430 5.795 8.7 10.914521 30 33 545.2 0.3 8.556 2.031 21.1 10.914521 30 34 559.1 0.1 207.149 28.974 8.7 10.914521 30 35 563.2 0.8 13.510 5.603 40.0 10.914521 30 36 613.68 0.1 459.330 61.889 7.8 10.914521 30 37 635.0 0.2 27.019 4.663 13.3 10.914521 30 38 655.12 0.1 180.130 26.719 10.0 10.914521 30 39 666.14 0.07 900.648 98.673 0.0 10.914521 30 40 694.6 0.6 72.052 19.667 25.0 10.914521 30 41 709.5 0.5 2.252 0.934 40.0 10.914521 30 42 727.5 0.5 2.432 0.939 37.0 10.914521 30 43 755.3 0.2 12.609 2.270 14.3 10.914521 30 44 772.1 0.2 13.510 2.331 13.3 10.914521 30 45 783.16 0.1 68.449 8.747 6.6 10.914521 30 46 792.9 0.3 7.656 1.987 23.5 10.914521 30 47 812.4 0.1 41.430 6.394 10.9 10.914521 30 48 861.4 0.8 1.351 0.474 33.3 10.914521 30 49 884.6 0.8 27.019 5.389 16.7 10.914521 30 50 890.0 0.8 33.324 5.797 13.5 10.914521 30 51 896.0 0.8 8.106 1.617 16.7 10.914521 30 52 948.4 1.0 4.053 1.422 33.3 10.914521 30 53 960.9 1.0 4.053 1.422 33.3 10.914521 30 54 1004.0 1.0 4.053 1.422 33.3 10.914521 30 55 1034.95 0.13 71.151 9.002 6.3 10.914521 30 56 1076.2 1.0 8.106 2.008 22.2 10.914521 30 57 1080.4 1.0 12.609 2.270 14.3 10.914521 30 58 1129.2 0.5 8.556 2.031 21.1 10.914521 30 59 1145.0 0.4 9.907 2.103 18.2 10.914521 30 60 1174.8 1.0 7.746 1.595 17.4 10.914521 30 61 1199.3 0.6 7.205 1.967 25.0 10.914521 30 62 1207.0 0.3 20.715 3.529 13.0 10.914521 30 63 1215.6 0.8 17.112 3.289 15.8 10.914521 30 64 1228.4 0.4 8.556 1.644 15.8 10.914521 30 65 1240.0 0.4 15.311 3.180 17.6 10.914521 30 66 1293.54 0.15 36.026 5.344 10.0 10.914521 30 67 1308.27 0.15 38.728 5.566 9.3 10.914521 30 68 1382.0 0.6 7.205 1.967 25.0 10.914521 30 69 1410.0 1.0 2.252 0.934 40.0 10.914521 30 70 1437.6 0.5 4.503 1.027 20.0 10.914521 30 71 1449.3 0.13 84.661 9.950 4.3 10.914521 30 72 1454.9 0.4 18.914 4.156 19.0 10.914521 30 73 1644.7 0.3 20.715 3.529 13.0 10.914521 30 74 1678.0 0.8 3.603 0.983 25.0 10.914521 30 75 1712.8 1.0 9.907 2.103 18.2 10.914521 30 76 1721.4 1.0 5.404 1.475 25.0 10.914521 30 77 1731.0 0.5 14.410 2.395 12.5 10.914521 30 78 1828.5 1.0 1.801 0.922 50.0 10.914521 30 79 1847.35 0.13 16.212 2.530 11.1 10.914521 30 80 1894.3 1.0 8.106 1.617 16.7 10.914521 30 81 1923.4 0.8 3.603 0.983 25.0 10.914521 30 82 1959.5 0.4 16.212 3.233 16.7 10.914521 30 83 1969.2 1.2 3.603 0.983 25.0 10.914521 30 84 1996.2 0.4 10.808 2.156 16.7 10.914521 30 85 2050.3 0.4 12.609 2.270 14.3 10.914521 30 86 2160.1 0.4 10.808 2.156 16.7 10.914521 30 87 2282.0 1.0 3.603 0.983 25.0 10.914521 30 88 2343.4 1.0 1.801 0.922 50.0 10.914521 30 89 2357.3 1.0 7.205 2.386 31.2 10.914521 30 90 2458.0 2.0 4.503 1.438 30.0 10.914521 30 91 2814.9 1.0 6.755 1.947 26.7 10.914521 30 92 ENDDATA 73 0 14521 30 93 ENDSUBENT 92 0 14521 3099999 SUBENT 14521031 20190306 148014521 31 1 BIB 4 14 14521 31 2 REACTION (35-BR-0(N,INL)35-BR-0,PAR,SIG,G,SPA,DEROT) Partial 14521 31 3 gamma-ray production cross section, relative to a 14521 31 4 specified gamma-line. 14521 31 5 SAMPLE Target was Br, in Br in glass form, with natural 14521 31 6 abundance, and mass 32.0 g. Target was exposed for 14521 31 7 12.0 hours. 14521 31 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 31 9 relative to the normalization transition at 14521 31 10 276.0 keV in 81Br. 14521 31 11 STATUS (TABLE) Data received from A.Voyles and the 14521 31 12 authors of LBNL-1007259, using the methods it 14521 31 13 describes. Cross sections derived from gamma-ray 14521 31 14 intensities taken from table on pages 98-103 14521 31 15 of this work [1978DE41], as described in ANALYSIS. 14521 31 16 ENDBIB 14 0 14521 31 17 NOCOMMON 0 0 14521 31 18 DATA 6 170 14521 31 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 31 20 KEV KEV MB MB PER-CENT PER-CENT 14521 31 21 174.03 0.1 38.953 10.947 13.0 24.914521 31 22 207.41 0.1 245.573 61.342 2.1 24.914521 31 23 217.01 0.1 804.464 200.716 1.7 24.914521 31 24 223.4 0.2 15.242 5.086 22.2 24.914521 31 25 234.5 0.2 18.630 5.743 18.2 24.914521 31 26 238.25 0.15 15.073 3.989 9.0 24.914521 31 27 252.88 0.15 9.145 2.649 14.8 24.914521 31 28 260.94 0.1 677.444 172.006 5.0 24.914521 31 29 275.86 0.1 1693.609 421.596 0.0 24.914521 31 30 290.0 0.1 220.169 60.409 11.5 24.914521 31 31 294.2 0.2 10.162 3.044 16.7 24.914521 31 32 299.64 0.1 37.259 9.874 9.1 24.914521 31 33 306.4 0.1 267.590 66.956 2.5 24.914521 31 34 344.3 0.3 20.323 6.088 16.7 24.914521 31 35 381.42 0.1 406.466 101.537 2.1 24.914521 31 36 388.9 0.1 20.662 5.415 8.2 24.914521 31 37 397.4 0.1 145.650 36.415 2.3 24.914521 31 38 429.75 0.15 22.017 6.443 15.4 24.914521 31 39 457.3 0.3 6.605 2.027 17.9 24.914521 31 40 468.9 0.2 8.299 2.233 10.2 24.914521 31 41 484.0 0.5 11.855 3.403 14.3 24.914521 31 42 486.8 0.4 12.702 3.587 13.3 24.914521 31 43 490.98 0.15 25.743 6.628 6.6 24.914521 31 44 523.07 0.1 264.203 66.312 3.2 24.914521 31 45 525.4 0.8 16.936 5.408 20.0 24.914521 31 46 532.1 0.2 17.444 4.661 9.7 24.914521 31 47 538.03 0.1 159.199 39.774 2.1 24.914521 31 48 544.21 0.1 98.229 24.975 5.2 24.914521 31 49 552.4 0.2 33.872 9.087 10.0 24.914521 31 50 553.9 0.5 11.517 3.830 22.1 24.914521 31 51 560.13 0.1 254.041 63.804 3.3 24.914521 31 52 565.88 0.1 104.326 26.313 4.1 24.914521 31 53 571.26 0.1 26.251 7.011 9.7 24.914521 31 54 576.26 0.1 42.340 11.071 8.0 24.914521 31 55 582.0 0.1 15.073 4.117 11.2 24.914521 31 56 589.21 0.1 20.323 5.335 8.3 24.914521 31 57 605.95 0.1 101.617 25.801 5.0 24.914521 31 58 613.8 0.8 2.710 1.083 31.2 24.914521 31 59 619.1 0.8 11.178 3.768 22.7 24.914521 31 60 624.9 0.4 5.758 1.972 23.5 24.914521 31 61 629.3 0.6 3.557 1.763 42.9 24.914521 31 62 632.9 0.6 3.387 1.742 45.0 24.914521 31 63 638.1 0.4 4.403 1.743 30.8 24.914521 31 64 640.8 0.2 12.194 3.324 11.1 24.914521 31 65 649.88 0.1 133.795 33.478 2.5 24.914521 31 66 656.8 0.5 4.234 1.717 32.0 24.914521 31 67 660.1 0.5 6.266 2.066 21.6 24.914521 31 68 667.1 0.3 11.855 3.247 11.4 24.914521 31 69 669.2 0.6 3.387 1.596 40.0 24.914521 31 70 674.1 0.5 3.387 1.082 20.0 24.914521 31 71 678.6 0.3 8.637 2.455 13.7 24.914521 31 72 684.1 0.4 6.436 1.993 18.4 24.914521 31 73 692.7 0.2 37.259 10.576 13.6 24.914521 31 74 698.24 0.1 94.842 24.150 5.4 24.914521 31 75 713.9 0.4 13.380 3.736 12.7 24.914521 31 76 716.0 0.4 8.976 2.804 18.9 24.914521 31 77 730.2 0.2 8.129 2.435 16.7 24.914521 31 78 734.1 0.4 5.420 2.165 31.2 24.914521 31 79 736.8 0.15 21.678 5.964 11.7 24.914521 31 80 747.31 0.1 57.583 14.729 5.9 24.914521 31 81 751.8 0.2 7.113 2.042 14.3 24.914521 31 82 761.35 0.1 49.115 12.687 6.9 24.914521 31 83 766.84 0.1 169.361 43.002 5.0 24.914521 31 84 773.8 0.4 5.081 1.853 26.7 24.914521 31 85 784.7 0.7 3.895 1.405 26.1 24.914521 31 86 789.1 0.1 123.633 31.193 4.1 24.914521 31 87 793.38 0.1 50.808 13.630 10.0 24.914521 31 88 797.0 0.6 5.420 1.689 18.8 24.914521 31 89 805.9 0.8 2.879 1.243 35.3 24.914521 31 90 809.2 0.4 6.266 1.862 16.2 24.914521 31 91 815.8 0.4 8.299 2.470 16.3 24.914521 31 92 822.6 0.7 4.065 1.691 33.3 24.914521 31 93 828.2 0.2 96.536 24.968 7.0 24.914521 31 94 831.9 0.2 62.664 17.007 10.8 24.914521 31 95 836.0 0.2 52.502 14.721 12.9 24.914521 31 96 851.17 0.1 32.179 8.697 10.5 24.914521 31 97 859.1 0.4 6.774 2.390 25.0 24.914521 31 98 863.0 0.4 8.129 2.639 20.8 24.914521 31 99 869.2 0.5 11.686 3.862 21.7 24.914521 31 100 874.64 0.15 31.501 8.542 10.8 24.914521 31 101 895.7 0.6 4.403 1.385 19.2 24.914521 31 102 906.8 0.2 19.815 5.115 6.8 24.914521 31 103 910.7 0.8 4.065 1.691 33.3 24.914521 31 104 914.84 0.1 44.711 11.212 3.0 24.914521 31 105 934.9 1.0 1.524 0.776 44.4 24.914521 31 106 940.1 0.7 3.048 0.831 11.1 24.914521 31 107 945.31 0.1 16.259 4.268 8.3 24.914521 31 108 953.59 0.1 13.718 3.563 7.4 24.914521 31 109 972.5 0.2 45.727 11.663 5.6 24.914521 31 110 975.1 0.3 11.347 3.799 22.4 24.914521 31 111 984.0 0.1 24.896 6.344 5.4 24.914521 31 112 990.0 0.3 25.912 7.286 13.1 24.914521 31 113 991.8 0.3 19.307 5.880 17.5 24.914521 31 114 997.55 0.15 12.871 3.624 13.2 24.914521 31 115 1004.8 0.3 9.484 2.722 14.3 24.914521 31 116 1008.7 0.7 2.710 1.514 50.0 24.914521 31 117 1014.01 0.1 17.614 4.589 7.7 24.914521 31 118 1020.6 0.8 3.048 1.553 44.4 24.914521 31 119 1023.6 0.4 5.928 2.003 22.9 24.914521 31 120 1030.5 0.8 7.283 2.263 18.6 24.914521 31 121 1035.8 0.8 3.048 1.553 44.4 24.914521 31 122 1046.02 0.1 44.203 11.293 5.7 24.914521 31 123 1069.9 0.9 2.032 1.135 50.0 24.914521 31 124 1075.47 0.1 35.905 9.292 7.1 24.914521 31 125 1089.0 0.2 8.468 2.272 10.0 24.914521 31 126 1104.2 0.2 49.115 12.687 6.9 24.914521 31 127 1110.0 0.7 5.420 2.165 31.2 24.914521 31 128 1115.0 0.5 6.436 1.812 13.2 24.914521 31 129 1124.17 0.1 22.017 5.646 6.2 24.914521 31 130 1131.42 0.1 19.307 4.994 7.0 24.914521 31 131 1143.4 0.4 5.250 1.656 19.4 24.914521 31 132 1147.3 0.6 3.387 1.320 30.0 24.914521 31 133 1159.3 0.7 1.694 0.660 30.0 24.914521 31 134 1167.6 0.8 2.032 0.846 33.3 24.914521 31 135 1175.5 0.2 8.129 2.435 16.7 24.914521 31 136 1181.3 0.6 3.557 1.348 28.6 24.914521 31 137 1190.86 0.1 37.259 9.428 4.5 24.914521 31 138 1213.52 0.1 16.089 4.132 6.3 24.914521 31 139 1227.6 0.7 2.032 0.717 25.0 24.914521 31 140 1235.2 0.8 2.202 0.871 30.8 24.914521 31 141 1239.4 0.7 2.540 0.927 26.7 24.914521 31 142 1251.4 0.2 9.823 2.588 8.6 24.914521 31 143 1258.4 0.6 3.557 1.225 23.8 24.914521 31 144 1265.0 0.2 17.614 4.501 5.8 24.914521 31 145 1273.4 0.4 4.234 1.352 20.0 24.914521 31 146 1282.1 0.6 2.710 0.956 25.0 24.914521 31 147 1291.6 0.8 2.710 0.956 25.0 24.914521 31 148 1299.9 1.0 1.186 0.739 57.1 24.914521 31 149 1305.0 0.8 2.202 0.871 30.8 24.914521 31 150 1310.3 0.5 4.234 1.464 24.0 24.914521 31 151 1317.5 0.2 10.670 3.150 15.9 24.914521 31 152 1322.0 0.2 9.823 2.974 17.2 24.914521 31 153 1332.0 0.6 12.025 3.926 21.1 24.914521 31 154 1351.5 0.6 7.960 2.400 17.0 24.914521 31 155 1376.9 0.5 4.742 1.558 21.4 24.914521 31 156 1392.5 0.5 6.097 2.035 22.2 24.914521 31 157 1400.0 0.4 5.589 1.723 18.2 24.914521 31 158 1406.0 2.0 5.250 2.139 32.3 24.914521 31 159 1422.2 0.6 2.540 1.057 33.3 24.914521 31 160 1430.8 0.3 8.637 2.737 19.6 24.914521 31 161 1464.4 1.5 5.250 1.883 25.8 24.914521 31 162 1473.0 0.5 10.670 2.982 12.7 24.914521 31 163 1482.8 1.0 2.710 1.514 50.0 24.914521 31 164 1511.7 0.2 10.839 3.019 12.5 24.914521 31 165 1525.1 0.6 7.113 2.230 19.0 24.914521 31 166 1534.1 0.4 6.774 2.163 20.0 24.914521 31 167 1541.4 0.3 5.081 1.622 20.0 24.914521 31 168 1573.5 0.6 2.202 0.871 30.8 24.914521 31 169 1586.5 0.9 3.726 1.376 27.3 24.914521 31 170 1611.5 0.8 6.097 1.827 16.7 24.914521 31 171 1635.6 0.5 8.976 2.455 11.3 24.914521 31 172 1650.5 0.8 7.283 2.481 23.3 24.914521 31 173 1668.0 0.4 12.025 3.286 11.3 24.914521 31 174 1677.4 0.5 4.911 1.590 20.7 24.914521 31 175 1689.3 0.4 8.976 2.529 13.2 24.914521 31 176 1720.5 0.4 8.637 2.378 11.8 24.914521 31 177 1747.0 0.7 5.758 1.972 23.5 24.914521 31 178 1798.1 0.5 6.944 2.420 24.4 24.914521 31 179 1810.7 1.0 4.573 2.041 37.0 24.914521 31 180 1841.9 1.2 3.895 1.952 43.5 24.914521 31 181 1869.9 0.8 2.032 1.135 50.0 24.914521 31 182 1887.5 1.0 6.605 2.360 25.6 24.914521 31 183 1902.8 0.7 2.540 1.495 53.3 24.914521 31 184 1912.9 0.9 1.524 0.928 55.6 24.914521 31 185 1939.5 1.0 2.540 1.495 53.3 24.914521 31 186 2023.5 0.8 3.218 1.574 42.1 24.914521 31 187 2040.1 0.8 3.048 1.553 44.4 24.914521 31 188 2067.3 1.2 3.387 1.596 40.0 24.914521 31 189 2142.4 1.0 2.710 1.220 37.5 24.914521 31 190 2197.0 0.8 2.202 1.155 46.2 24.914521 31 191 ENDDATA 172 0 14521 31 192 ENDSUBENT 191 0 14521 3199999 SUBENT 14521032 20190306 148014521 32 1 BIB 4 14 14521 32 2 REACTION (37-RB-0(N,INL)37-RB-0,PAR,SIG,G,SPA,DEROT) Partial 14521 32 3 gamma-ray production cross section, relative to a 14521 32 4 specified gamma-line. 14521 32 5 SAMPLE Target was Rb, in Rb2CO3 form, with natural 14521 32 6 abundance, and mass 15.5 g. Target was exposed for 14521 32 7 23.0 hours. 14521 32 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 32 9 relative to the normalization transition at 14521 32 10 402.0 keV in 87Rb. 14521 32 11 STATUS (TABLE) Data received from A.Voyles and the 14521 32 12 authors of LBNL-1007259, using the methods it 14521 32 13 describes. Cross sections derived from gamma-ray 14521 32 14 intensities taken from table on pages 104-106 14521 32 15 of this work [1978DE41], as described in ANALYSIS. 14521 32 16 ENDBIB 14 0 14521 32 17 NOCOMMON 0 0 14521 32 18 DATA 6 71 14521 32 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 32 20 KEV KEV MB MB PER-CENT PER-CENT 14521 32 21 129.52 0.15 318.164 97.257 20.0 23.114521 32 22 151.21 0.15 1272.655 389.030 20.0 23.114521 32 23 225.8 1.0 14.636 4.644 21.7 23.114521 32 24 354.8 0.8 9.545 3.369 26.7 23.114521 32 25 402.37 0.1 636.327 147.104 0.0 23.114521 32 26 450.3 0.2 95.449 25.473 13.3 23.114521 32 27 464.0 0.3 52.815 13.228 9.6 23.114521 32 28 487.1 0.6 8.909 2.808 21.4 23.114521 32 29 513.8 0.2 738.140 212.873 17.2 23.114521 32 30 536.8 0.8 11.454 3.673 22.2 23.114521 32 31 555.7 0.4 41.998 10.682 10.6 23.114521 32 32 575.8 0.5 34.998 9.912 16.4 23.114521 32 33 615.6 1.0 6.363 2.410 30.0 23.114521 32 34 637.2 0.8 15.272 5.684 29.2 23.114521 32 35 673.4 1.0 6.363 2.940 40.0 23.114521 32 36 731.2 0.3 178.172 45.398 10.7 23.114521 32 37 761.5 1.0 31.180 11.961 30.6 23.114521 32 38 767.7 0.3 197.261 49.437 9.7 23.114521 32 39 778.4 0.3 62.360 15.512 9.2 23.114521 32 40 799.7 0.8 20.999 7.034 24.2 23.114521 32 41 827.2 1.0 10.181 3.467 25.0 23.114521 32 42 844.7 0.6 76.359 21.762 16.7 23.114521 32 43 868.4 0.3 381.796 93.822 8.3 23.114521 32 44 894.9 1.0 16.545 4.975 19.2 23.114521 32 45 919.1 0.3 82.723 20.592 9.2 23.114521 32 46 933.8 0.4 61.087 15.239 9.4 23.114521 32 47 950.4 0.3 125.356 30.511 7.6 23.114521 32 48 960.7 1.0 5.727 2.323 33.3 23.114521 32 49 986.7 0.5 20.999 5.804 15.2 23.114521 32 50 996.1 1.0 5.091 2.243 37.5 23.114521 32 51 1023.8 0.3 77.632 20.327 12.3 23.114521 32 52 1032.0 1.2 8.909 3.274 28.6 23.114521 32 53 1143.8 0.4 29.271 7.770 13.0 23.114521 32 54 1152.9 1.0 3.182 1.470 40.0 23.114521 32 55 1175.0 0.4 62.360 15.512 9.2 23.114521 32 56 1224.5 1.5 8.272 3.184 30.8 23.114521 32 57 1232.5 0.4 52.179 15.382 18.3 23.114521 32 58 1272.2 1.0 3.818 1.549 33.3 23.114521 32 59 1287.6 0.8 21.635 6.697 20.6 23.114521 32 60 1294.9 0.8 22.271 6.808 20.0 23.114521 32 61 1304.7 1.0 5.091 2.804 50.0 23.114521 32 62 1337.0 1.0 17.181 5.968 25.9 23.114521 32 63 1343.9 1.2 13.363 5.421 33.3 23.114521 32 64 1370.1 1.0 3.818 1.549 33.3 23.114521 32 65 1389.0 0.3 66.178 16.336 8.7 23.114521 32 66 1444.5 0.3 83.995 20.434 7.6 23.114521 32 67 1462.8 0.3 31.180 7.879 10.2 23.114521 32 68 1491.4 1.0 5.727 2.323 33.3 23.114521 32 69 1509.1 1.0 7.000 2.503 27.3 23.114521 32 70 1551.6 1.0 5.091 2.243 37.5 23.114521 32 71 1569.0 0.6 20.999 5.481 12.1 23.114521 32 72 1610.5 0.5 31.816 8.014 10.0 23.114521 32 73 1630.6 1.0 12.727 4.820 30.0 23.114521 32 74 1642.1 1.0 6.363 2.410 30.0 23.114521 32 75 1740.4 0.0 39.452 9.887 9.7 23.114521 32 76 1781.6 0.8 9.545 3.369 26.7 23.114521 32 77 1787.5 0.8 15.272 4.753 20.8 23.114521 32 78 1850.8 1.0 21.635 7.137 23.5 23.114521 32 79 1879.8 1.0 14.636 4.644 21.7 23.114521 32 80 1897.2 1.0 3.182 1.470 40.0 23.114521 32 81 1999.3 0.8 15.908 4.863 20.0 23.114521 32 82 2012.8 1.0 25.453 8.667 25.0 23.114521 32 83 2019.5 1.0 17.817 6.067 25.0 23.114521 32 84 2096.4 1.0 13.999 5.005 27.3 23.114521 32 85 2124.0 1.0 12.727 4.333 25.0 23.114521 32 86 2255.0 1.0 10.181 3.467 25.0 23.114521 32 87 2282.7 1.0 22.908 7.346 22.2 23.114521 32 88 2377.8 1.5 12.727 5.338 35.0 23.114521 32 89 2398.8 1.5 12.727 5.338 35.0 23.114521 32 90 2412.7 1.0 5.727 2.323 33.3 23.114521 32 91 2554.8 1.0 16.545 6.887 34.6 23.114521 32 92 ENDDATA 73 0 14521 32 93 ENDSUBENT 92 0 14521 3299999 SUBENT 14521033 20190306 148014521 33 1 BIB 4 14 14521 33 2 REACTION (38-SR-0(N,INL)38-SR-0,PAR,SIG,G,SPA,DEROT) Partial 14521 33 3 gamma-ray production cross section, relative to a 14521 33 4 specified gamma-line. 14521 33 5 SAMPLE Target was Sr, in SrCO3 form, with natural 14521 33 6 abundance, and mass 12.1 g. Target was exposed for 14521 33 7 9.0 hours. 14521 33 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 33 9 relative to the normalization transition at 14521 33 10 1836.0 keV in 88Sr. 14521 33 11 STATUS (TABLE) Data received from A.Voyles and the 14521 33 12 authors of LBNL-1007259, using the methods it 14521 33 13 describes. Cross sections derived from gamma-ray 14521 33 14 intensities taken from table on pages 106-109 14521 33 15 of this work [1978DE41], as described in ANALYSIS. 14521 33 16 ENDBIB 14 0 14521 33 17 NOCOMMON 0 0 14521 33 18 DATA 6 40 14521 33 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 33 20 KEV KEV MB MB PER-CENT PER-CENT 14521 33 21 319.8 0.8 3.231 0.882 25.0 10.914521 33 22 381.0 1.0 1.346 0.558 40.0 10.914521 33 23 388.6 0.7 8.615 1.873 18.7 10.914521 33 24 435.4 1.0 3.769 1.154 28.6 10.914521 33 25 462.6 1.2 3.500 0.895 23.1 10.914521 33 26 483.8 1.0 4.577 1.437 29.4 10.914521 33 27 570.2 0.8 4.846 1.201 22.2 10.914521 33 28 584.0 0.9 4.846 1.201 22.2 10.914521 33 29 627.1 0.7 5.384 1.229 20.0 10.914521 33 30 763.9 1.2 3.769 0.908 21.4 10.914521 33 31 777.27 0.1 13.461 2.191 12.0 10.914521 33 32 792.69 0.15 8.615 1.873 18.7 10.914521 33 33 850.7 0.8 9.692 2.403 22.2 10.914521 33 34 897.95 0.1 145.376 19.273 7.4 10.914521 33 35 1026.3 1.0 2.154 1.103 50.0 10.914521 33 36 1076.63 0.1 96.918 15.150 11.1 10.914521 33 37 1152.7 0.2 9.692 1.935 16.7 10.914521 33 38 1218.6 0.5 9.692 2.403 22.2 10.914521 33 39 1228.4 0.3 9.692 2.403 22.2 10.914521 33 40 1239.0 1.0 2.154 0.588 25.0 10.914521 33 41 1320.1 1.0 12.922 3.044 20.8 10.914521 33 42 1382.5 0.2 23.691 3.065 6.8 10.914521 33 43 1433.7 1.2 4.038 1.165 26.7 10.914521 33 44 1566.5 1.0 7.538 1.816 21.4 10.914521 33 45 1690.0 1.0 4.307 0.936 18.7 10.914521 33 46 1719.3 0.8 5.923 1.258 18.2 10.914521 33 47 1739.6 0.3 15.076 2.718 14.3 10.914521 33 48 1799.2 0.2 30.152 4.629 10.7 10.914521 33 49 1836.13 0.0 538.431 59.201 0.0 10.914521 33 50 1854.4 0.8 23.691 4.150 13.6 10.914521 33 51 1889.7 1.2 5.115 1.459 26.3 10.914521 33 52 1902.6 1.0 6.461 1.765 25.0 10.914521 33 53 1918.1 0.9 7.538 1.816 21.4 10.914521 33 54 2117.6 1.5 2.154 0.588 25.0 10.914521 33 55 2203.5 0.8 22.076 3.625 12.2 10.914521 33 56 2390.1 1.0 5.923 1.742 27.3 10.914521 33 57 2578.4 1.0 5.384 1.229 20.0 10.914521 33 58 3011.8 1.0 8.076 1.843 20.0 10.914521 33 59 3219.0 2.0 8.076 2.330 26.7 10.914521 33 60 3486.4 0.8 16.691 3.258 16.1 10.914521 33 61 ENDDATA 42 0 14521 33 62 ENDSUBENT 61 0 14521 3399999 SUBENT 14521034 20190306 148014521 34 1 BIB 4 14 14521 34 2 REACTION (39-Y-89(N,INL)39-Y-89,PAR,SIG,G,SPA,DEROT) Partial 14521 34 3 gamma-ray production cross section, relative to a 14521 34 4 specified gamma-line. 14521 34 5 SAMPLE Target was Y, in Y(NO3)3 + 6 H2O form, with natural 14521 34 6 abundance, and mass 28.9 g. Target was exposed for 14521 34 7 22.0 hours. 14521 34 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 34 9 relative to the normalization transition at 14521 34 10 909.0 keV in 89Y. 14521 34 11 STATUS (TABLE) Data received from A.Voyles and the 14521 34 12 authors of LBNL-1007259, using the methods it 14521 34 13 describes. Cross sections derived from gamma-ray 14521 34 14 intensities taken from table on pages 109-111 14521 34 15 of this work [1978DE41], as described in ANALYSIS. 14521 34 16 ENDBIB 14 0 14521 34 17 NOCOMMON 0 0 14521 34 18 DATA 6 20 14521 34 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 34 20 KEV KEV MB MB PER-CENT PER-CENT 14521 34 21 715.2 1.0 19.188 5.282 24.5 12.514521 34 22 909.05 0.1 391.586 49.242 0.0 12.514521 34 23 1313.7 0.2 43.074 5.904 5.5 12.514521 34 24 1507.57 0.1 379.838 50.268 4.1 12.514521 34 25 1621.3 0.2 50.906 7.941 9.2 12.514521 34 26 1657.7 0.4 14.097 2.641 13.9 12.514521 34 27 1713.2 0.3 21.146 3.302 9.3 12.514521 34 28 1744.89 0.1 223.204 32.143 7.0 12.514521 34 29 1963.0 0.3 25.845 3.794 7.6 12.514521 34 30 1995.5 0.6 5.091 1.338 23.1 12.514521 34 31 2031.9 0.6 5.874 1.732 26.7 12.514521 34 32 2493.2 0.6 6.265 1.753 25.0 12.514521 34 33 2501.1 0.6 7.440 1.824 21.1 12.514521 34 34 2542.4 0.3 14.880 2.440 10.5 12.514521 34 35 2558.1 1.5 2.741 0.856 28.6 12.514521 34 36 2721.0 0.7 8.223 2.214 23.8 12.514521 34 37 2881.4 0.3 31.718 5.072 9.9 12.514521 34 38 3067.5 0.3 22.712 3.698 10.3 12.514521 34 39 3107.5 0.4 16.447 2.848 11.9 12.514521 34 40 3138.6 0.5 15.663 2.777 12.5 12.514521 34 41 ENDDATA 22 0 14521 34 42 ENDSUBENT 41 0 14521 3499999 SUBENT 14521035 20190306 148014521 35 1 BIB 4 14 14521 35 2 REACTION (40-ZR-0(N,INL)40-ZR-0,PAR,SIG,G,SPA,DEROT) Partial 14521 35 3 gamma-ray production cross section, relative to a 14521 35 4 specified gamma-line. 14521 35 5 SAMPLE Target was Zr, in ZrO2 form, with natural 14521 35 6 abundance, and mass 42.0 g. Target was exposed for 14521 35 7 16.1 hours. 14521 35 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 35 9 relative to the normalization transition at 14521 35 10 934.0 keV in 92Zr. 14521 35 11 STATUS (TABLE) Data received from A.Voyles and the 14521 35 12 authors of LBNL-1007259, using the methods it 14521 35 13 describes. Cross sections derived from gamma-ray 14521 35 14 intensities taken from table on pages 111-114 14521 35 15 of this work [1978DE41], as described in ANALYSIS. 14521 35 16 ENDBIB 14 0 14521 35 17 NOCOMMON 0 0 14521 35 18 DATA 6 54 14521 35 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 35 20 KEV KEV MB MB PER-CENT PER-CENT 14521 35 21 146.8 0.2 14.929 2.052 6.6 12.014521 35 22 331.6 0.8 4.895 1.359 25.0 12.014521 35 23 338.0 0.8 4.650 1.346 26.3 12.014521 35 24 381.3 0.2 31.816 4.556 7.7 12.014521 35 25 420.0 0.2 29.369 6.045 16.7 12.014521 35 26 448.0 0.2 24.964 3.883 9.8 12.014521 35 27 550.98 0.1 34.509 4.833 7.1 12.014521 35 28 561.49 0.1 97.897 13.918 7.5 12.014521 35 29 752.7 0.1 14.684 2.155 8.3 12.014521 35 30 783.7 0.8 1.836 0.537 26.7 12.014521 35 31 890.71 0.1 16.153 2.183 6.1 12.014521 35 32 912.6 0.4 16.642 3.167 14.7 12.014521 35 33 918.79 0.1 237.399 29.599 3.1 12.014521 35 34 934.55 0.1 244.741 29.560 0.0 12.014521 35 35 971.8 0.8 1.468 0.408 25.0 12.014521 35 36 990.9 0.3 6.363 1.063 11.5 12.014521 35 37 1019.3 0.8 2.203 0.557 22.2 12.014521 35 38 1030.5 0.8 0.979 0.272 25.0 12.014521 35 39 1121.9 0.2 3.916 0.681 12.5 12.014521 35 40 1132.1 0.2 26.922 5.876 18.2 12.014521 35 41 1138.6 0.2 23.495 4.449 14.6 12.014521 35 42 1204.83 0.1 17.132 2.686 10.0 12.014521 35 43 1232.66 0.1 13.950 2.235 10.5 12.014521 35 44 1369.1 0.2 2.080 0.445 17.6 12.014521 35 45 1405.3 0.3 11.748 2.418 16.7 12.014521 35 46 1412.2 0.5 5.874 1.631 25.0 12.014521 35 47 1448.3 0.8 0.857 0.266 28.6 12.014521 35 48 1466.23 0.1 26.922 3.796 7.3 12.014521 35 49 1486.8 0.8 1.836 0.429 20.0 12.014521 35 50 1560.3 0.8 1.591 0.414 23.1 12.014521 35 51 1588.6 0.8 4.650 0.924 15.8 12.014521 35 52 1640.4 0.8 0.857 0.266 28.6 12.014521 35 53 1655.6 1.0 0.857 0.266 28.6 12.014521 35 54 1671.6 0.3 21.292 3.550 11.5 12.014521 35 55 1750.87 0.1 18.111 2.506 6.8 12.014521 35 56 1824.4 0.8 1.591 0.414 23.1 12.014521 35 57 1847.0 0.3 10.279 1.581 9.5 12.014521 35 58 1872.1 0.6 3.916 0.873 18.7 12.014521 35 59 1882.2 0.2 13.461 1.898 7.3 12.014521 35 60 2042.2 0.3 7.097 1.129 10.3 12.014521 35 61 2131.16 0.1 12.482 1.942 9.8 12.014521 35 62 2169.9 0.2 12.237 2.083 12.0 12.014521 35 63 2186.33 0.1 183.556 22.704 2.7 12.014521 35 64 2200.4 0.8 5.384 1.832 31.8 12.014521 35 65 2318.92 0.1 49.682 6.312 3.9 12.014521 35 66 2366.5 0.5 4.650 0.745 10.5 12.014521 35 67 2476.3 0.5 2.325 0.564 21.1 12.014521 35 68 2533.5 2.0 2.937 0.815 25.0 12.014521 35 69 2681.9 1.0 1.224 0.511 40.0 12.014521 35 70 2694.4 1.0 2.080 0.550 23.5 12.014521 35 71 2748.1 1.0 2.080 0.550 23.5 12.014521 35 72 3308.0 0.8 9.545 1.681 12.8 12.014521 35 73 3841.6 1.0 3.671 0.858 20.0 12.014521 35 74 4227.0 2.0 1.346 0.402 27.3 12.014521 35 75 ENDDATA 56 0 14521 35 76 ENDSUBENT 75 0 14521 3599999 SUBENT 14521036 20190306 148014521 36 1 BIB 4 14 14521 36 2 REACTION (41-NB-93(N,INL)41-NB-93,PAR,SIG,G,SPA,DEROT) Partial 14521 36 3 gamma-ray production cross section, relative to a 14521 36 4 specified gamma-line. 14521 36 5 SAMPLE Target was Nb, in elemental form, with natural 14521 36 6 abundance, and mass 28.3 g. Target was exposed for 14521 36 7 25.1 hours. 14521 36 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 36 9 relative to the normalization transition at 14521 36 10 744.0 keV in 93Nb. 14521 36 11 STATUS (TABLE) Data received from A.Voyles and the 14521 36 12 authors of LBNL-1007259, using the methods it 14521 36 13 describes. Cross sections derived from gamma-ray 14521 36 14 intensities taken from table on pages 114-117 14521 36 15 of this work [1978DE41], as described in ANALYSIS. 14521 36 16 ENDBIB 14 0 14521 36 17 NOCOMMON 0 0 14521 36 18 DATA 6 97 14521 36 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 36 20 KEV KEV MB MB PER-CENT PER-CENT 14521 36 21 178.0 0.2 12.687 2.304 14.8 10.414521 36 22 182.3 0.4 5.169 1.511 27.3 10.414521 36 23 186.8 0.4 5.169 1.511 27.3 10.414521 36 24 207.42 0.15 13.157 2.333 14.3 10.414521 36 25 269.7 0.4 5.169 1.511 27.3 10.414521 36 26 285.6 0.5 1.880 0.960 50.0 10.414521 36 27 318.36 0.1 74.245 9.358 7.0 10.414521 36 28 338.67 0.08 171.045 21.470 6.9 10.414521 36 29 364.3 0.2 14.097 2.393 13.3 10.414521 36 30 385.31 0.1 84.113 10.743 7.3 10.414521 36 31 399.7 0.4 3.571 0.968 25.0 10.414521 36 32 477.52 0.1 33.363 4.220 7.0 10.414521 36 33 500.3 0.3 10.808 3.480 30.4 10.414521 36 34 537.6 0.5 10.338 3.464 31.8 10.414521 36 35 541.21 0.1 103.379 12.462 5.9 10.414521 36 36 553.2 0.1 34.773 4.344 6.8 10.414521 36 37 559.4 0.2 7.049 1.197 13.3 10.414521 36 38 571.45 0.12 53.569 6.768 7.0 10.414521 36 39 585.08 0.12 41.351 5.179 6.8 10.414521 36 40 625.0 0.2 16.447 2.230 8.6 10.414521 36 41 639.6 0.4 1.880 0.960 50.0 10.414521 36 42 645.8 0.3 5.122 0.814 11.9 10.414521 36 43 653.6 0.3 31.953 4.098 7.4 10.414521 36 44 656.0 0.2 53.569 6.768 7.0 10.414521 36 45 674.4 0.2 9.868 1.399 9.5 10.414521 36 46 682.0 0.4 2.256 0.526 20.8 10.414521 36 47 689.0 0.4 9.398 1.363 10.0 10.414521 36 48 703.2 0.5 16.447 3.716 20.0 10.414521 36 49 708.2 0.5 25.375 4.999 16.7 10.414521 36 50 736.6 0.3 10.808 3.480 30.4 10.414521 36 51 743.85 0.15 469.903 49.371 0.0 10.414521 36 52 761.5 0.5 2.209 0.524 21.3 10.414521 36 53 779.63 0.15 146.610 18.551 7.1 10.414521 36 54 808.68 0.15 176.684 22.223 6.9 10.414521 36 55 858.4 0.3 3.195 0.578 14.7 10.414521 36 56 886.2 0.3 3.101 0.572 15.2 10.414521 36 57 917.8 0.6 1.598 0.588 35.3 10.414521 36 58 921.8 0.2 12.217 1.907 11.5 10.414521 36 59 936.4 0.3 13.627 2.009 10.3 10.414521 36 60 939.6 0.3 10.808 1.810 13.0 10.414521 36 61 949.8 0.2 394.719 50.148 7.1 10.414521 36 62 978.9 0.2 333.631 42.199 7.0 10.414521 36 63 990.2 0.4 4.699 1.062 20.0 10.414521 36 64 1019.8 0.3 6.579 1.570 21.4 10.414521 36 65 1030.1 0.3 1.363 0.359 24.1 10.414521 36 66 1052.7 0.2 16.447 2.230 8.6 10.414521 36 67 1082.5 0.2 40.412 5.371 8.1 10.414521 36 68 1096.1 0.3 5.921 0.629 1.6 10.414521 36 69 1138.2 0.4 8.928 2.530 26.3 10.414521 36 70 1142.2 0.4 11.278 2.631 20.8 10.414521 36 71 1153.1 0.3 5.639 0.921 12.5 10.414521 36 72 1158.7 0.3 2.866 0.639 19.7 10.414521 36 73 1171.1 0.5 1.645 0.372 20.0 10.414521 36 74 1184.5 0.2 12.687 1.940 11.1 10.414521 36 75 1192.3 0.2 10.338 1.436 9.1 10.414521 36 76 1221.4 0.2 9.868 1.399 9.5 10.414521 36 77 1253.3 0.2 9.398 1.363 10.0 10.414521 36 78 1287.5 0.4 2.960 0.564 15.9 10.414521 36 79 1297.0 0.2 56.388 7.017 6.7 10.414521 36 80 1338.5 0.5 2.162 0.480 19.6 10.414521 36 81 1350.0 0.4 3.101 0.611 16.7 10.414521 36 82 1360.9 0.3 5.028 0.844 13.1 10.414521 36 83 1379.3 0.5 2.303 0.487 18.4 10.414521 36 84 1393.6 0.5 2.162 0.480 19.6 10.414521 36 85 1426.5 0.5 1.833 0.422 20.5 10.414521 36 86 1459.3 0.4 4.229 0.755 14.4 10.414521 36 87 1483.6 0.2 34.773 4.615 8.1 10.414521 36 88 1500.1 0.2 56.388 7.562 8.3 10.414521 36 89 1510.1 0.5 2.537 0.540 18.5 10.414521 36 90 1527.8 0.7 0.940 0.434 45.0 10.414521 36 91 1536.9 0.4 3.477 0.672 16.2 10.414521 36 92 1603.7 0.3 7.518 1.228 12.5 10.414521 36 93 1619.5 0.5 1.880 0.467 22.5 10.414521 36 94 1639.4 0.4 3.712 0.725 16.5 10.414521 36 95 1653.6 0.5 2.021 0.473 20.9 10.414521 36 96 1683.2 0.4 13.627 3.162 20.7 10.414521 36 97 1686.7 0.3 15.037 3.232 18.7 10.414521 36 98 1761.9 0.5 2.490 0.622 22.6 10.414521 36 99 1807.7 0.5 1.880 0.467 22.5 10.414521 36 100 1826.7 0.5 2.490 0.622 22.6 10.414521 36 101 1910.8 0.2 19.736 2.799 9.5 10.414521 36 102 1950.0 0.4 4.088 0.747 14.9 10.414521 36 103 1960.1 0.5 1.551 0.453 27.3 10.414521 36 104 1968.9 0.3 12.687 1.940 11.1 10.414521 36 105 2058.7 0.5 1.551 0.453 27.3 10.414521 36 106 2081.4 0.6 1.128 0.439 37.5 10.414521 36 107 2123.2 0.3 5.639 1.111 16.7 10.414521 36 108 2145.0 0.6 1.128 0.439 37.5 10.414521 36 109 2170.8 0.6 1.222 0.442 34.6 10.414521 36 110 2203.3 0.3 6.579 1.167 14.3 10.414521 36 111 2369.4 0.6 2.068 0.518 22.7 10.414521 36 112 2475.0 0.6 2.303 0.614 24.5 10.414521 36 113 2507.0 0.6 2.303 0.614 24.5 10.414521 36 114 2570.2 0.6 1.880 0.510 25.0 10.414521 36 115 2597.7 0.4 3.524 0.838 21.3 10.414521 36 116 2878.1 0.7 1.316 0.581 42.9 10.414521 36 117 3003.0 0.6 1.692 0.591 33.3 10.414521 36 118 ENDDATA 99 0 14521 36 119 ENDSUBENT 118 0 14521 3699999 SUBENT 14521037 20190306 148014521 37 1 BIB 4 14 14521 37 2 REACTION (42-MO-0(N,INL)42-MO-0,PAR,SIG,G,SPA,DEROT) Partial 14521 37 3 gamma-ray production cross section, relative to a 14521 37 4 specified gamma-line. 14521 37 5 SAMPLE Target was Mo, in MoO3 form, with natural 14521 37 6 abundance, and mass 44.5 g. Target was exposed for 14521 37 7 17.2 hours. 14521 37 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 37 9 relative to the normalization transition at 14521 37 10 787.0 keV in 98Mo. 14521 37 11 STATUS (TABLE) Data received from A.Voyles and the 14521 37 12 authors of LBNL-1007259, using the methods it 14521 37 13 describes. Cross sections derived from gamma-ray 14521 37 14 intensities taken from table on pages 118-123 14521 37 15 of this work [1978DE41], as described in ANALYSIS. 14521 37 16 ENDBIB 14 0 14521 37 17 NOCOMMON 0 0 14521 37 18 DATA 6 95 14521 37 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 37 20 KEV KEV MB MB PER-CENT PER-CENT 14521 37 21 159.38 0.1 54.920 8.200 11.8 9.114521 37 22 180.5 0.8 8.076 2.689 32.0 9.114521 37 23 203.9 0.1 242.294 25.753 5.3 9.114521 37 24 238.44 0.1 15.507 1.565 4.2 9.114521 37 25 244.06 0.1 22.937 3.092 9.9 9.114521 37 26 259.0 0.6 3.231 0.711 20.0 9.114521 37 27 319.9 0.4 2.584 0.688 25.0 9.114521 37 28 351.1 0.4 3.877 0.738 16.7 9.114521 37 29 369.63 0.1 29.398 2.871 3.3 9.114521 37 30 385.7 0.8 4.846 0.785 13.3 9.114521 37 31 480.96 0.1 63.319 7.574 7.7 9.114521 37 32 528.31 0.1 39.413 4.451 6.6 9.114521 37 33 535.67 0.1 219.680 21.205 2.9 9.114521 37 34 543.9 0.3 5.169 0.802 12.5 9.114521 37 35 549.6 0.4 1.874 0.484 24.1 9.114521 37 36 582.06 0.1 13.892 1.603 7.0 9.114521 37 37 600.8 0.6 12.599 3.432 25.6 9.114521 37 38 616.5 0.6 7.753 2.681 33.3 9.114521 37 39 644.79 0.1 31.337 3.040 3.1 9.114521 37 40 658.2 0.1 51.366 5.383 5.0 9.114521 37 41 672.7 0.6 5.169 0.802 12.5 9.114521 37 42 679.6 0.2 7.430 1.186 13.0 9.114521 37 43 702.5 1.0 16.799 2.478 11.5 9.114521 37 44 720.81 0.12 116.301 11.739 4.2 9.114521 37 45 737.3 0.3 5.492 1.093 17.6 9.114521 37 46 751.6 0.3 5.815 1.107 16.7 9.114521 37 47 765.96 0.1 69.135 7.445 5.6 9.114521 37 48 772.8 0.5 32.306 7.111 20.0 9.114521 37 49 778.18 0.1 300.444 31.999 5.4 9.114521 37 50 787.35 0.1 323.058 29.701 0.0 9.114521 37 51 820.73 0.1 17.122 1.849 5.7 9.114521 37 52 848.3 0.3 51.689 8.021 12.5 9.114521 37 53 852.4 0.6 29.075 10.054 33.3 9.114521 37 54 870.95 0.15 135.685 14.049 4.8 9.114521 37 55 897.5 0.6 2.584 0.688 25.0 9.114521 37 56 909.5 0.6 2.908 0.851 27.8 9.114521 37 57 928.4 0.3 7.430 1.186 13.0 9.114521 37 58 934.6 0.6 2.940 0.555 16.5 9.114521 37 59 947.74 0.1 56.858 5.831 4.5 9.114521 37 60 961.3 0.3 4.523 0.768 14.3 9.114521 37 61 970.6 0.2 16.799 1.823 5.8 9.114521 37 62 993.21 0.1 15.184 1.538 4.3 9.114521 37 63 1010.6 1.0 2.584 0.688 25.0 9.114521 37 64 1024.1 0.4 34.244 4.073 7.5 9.114521 37 65 1056.27 0.1 9.369 1.297 10.3 9.114521 37 66 1063.83 0.15 13.245 1.556 7.3 9.114521 37 67 1074.02 0.1 38.121 4.355 6.8 9.114521 37 68 1091.78 0.15 19.060 2.003 5.1 9.114521 37 69 1110.6 0.6 5.169 1.377 25.0 9.114521 37 70 1116.62 0.1 19.707 2.225 6.6 9.114521 37 71 1128.2 0.6 2.294 0.441 16.9 9.114521 37 72 1165.3 0.3 3.877 0.738 16.7 9.114521 37 73 1176.3 0.3 2.455 0.535 19.7 9.114521 37 74 1196.4 0.4 8.076 1.490 16.0 9.114521 37 75 1200.5 0.4 10.984 1.640 11.8 9.114521 37 76 1222.4 0.3 5.169 0.802 12.5 9.114521 37 77 1230.29 0.1 13.892 1.431 4.7 9.114521 37 78 1251.0 0.3 3.877 0.738 16.7 9.114521 37 79 1264.6 0.6 4.523 0.768 14.3 9.114521 37 80 1269.2 0.6 6.461 0.878 10.0 9.114521 37 81 1284.9 1.0 5.169 1.079 18.7 9.114521 37 82 1317.5 0.2 11.953 1.275 5.4 9.114521 37 83 1340.7 0.2 6.784 0.898 9.5 9.114521 37 84 1370.3 0.2 8.076 1.221 12.0 9.114521 37 85 1419.4 0.2 6.784 0.898 9.5 9.114521 37 86 1432.3 0.2 26.168 2.594 3.7 9.114521 37 87 1440.4 1.0 3.069 0.705 21.1 9.114521 37 88 1457.6 1.0 5.492 1.387 23.5 9.114521 37 89 1497.8 0.2 8.723 1.258 11.1 9.114521 37 90 1509.7 0.2 98.210 9.392 2.6 9.114521 37 91 1523.3 1.0 1.777 0.666 36.4 9.114521 37 92 1546.4 0.2 6.461 0.878 10.0 9.114521 37 93 1566.2 1.0 4.846 0.785 13.3 9.114521 37 94 1617.0 2.0 5.815 0.839 11.1 9.114521 37 95 1625.7 0.8 4.523 1.055 21.4 9.114521 37 96 1644.4 0.9 4.523 0.768 14.3 9.114521 37 97 1663.3 0.8 1.906 0.515 25.4 9.114521 37 98 1676.2 0.6 2.423 0.533 20.0 9.114521 37 99 1762.1 0.9 4.200 0.753 15.4 9.114521 37 100 1775.5 0.8 3.231 0.711 20.0 9.114521 37 101 1831.3 1.0 2.100 0.522 23.1 9.114521 37 102 1847.7 1.0 1.583 0.506 30.6 9.114521 37 103 1865.4 1.0 2.584 0.688 25.0 9.114521 37 104 1913.6 1.0 1.292 0.344 25.0 9.114521 37 105 1968.7 1.0 2.358 0.836 34.2 9.114521 37 106 1981.8 1.0 1.325 0.345 24.4 9.114521 37 107 2010.8 1.0 0.969 0.335 33.3 9.114521 37 108 2017.5 1.0 2.908 0.553 16.7 9.114521 37 109 2033.0 0.8 2.455 0.535 19.7 9.114521 37 110 2050.6 0.8 2.003 0.518 24.2 9.114521 37 111 2115.7 1.0 1.680 0.509 28.8 9.114521 37 112 2156.2 1.0 2.035 0.519 23.8 9.114521 37 113 2248.1 1.0 1.292 0.499 37.5 9.114521 37 114 2508.7 1.0 2.552 0.687 25.3 9.114521 37 115 3091.8 1.0 4.523 0.768 14.3 9.114521 37 116 ENDDATA 97 0 14521 37 117 ENDSUBENT 116 0 14521 3799999 SUBENT 14521038 20190306 148014521 38 1 BIB 4 21 14521 38 2 REACTION (42-MO-92(N,INL)42-MO-92,PAR,SIG,G,SPA,DEROT) Partial 14521 38 3 gamma-ray production cross section, relative to a 14521 38 4 specified gamma-line. 14521 38 5 SAMPLE Target was Mo, in MoO3 form, enriched in 14521 38 6 92Mo, with mass 10.0 g. Target was exposed for 14521 38 7 17.2 hours. 14521 38 8 (42-MO-92,ENR=0.9520) 14521 38 9 (42-MO-94,ENR=0.0090) 14521 38 10 (42-MO-95,ENR=0.0099) 14521 38 11 (42-MO-96,ENR=0.0090) 14521 38 12 (42-MO-97,ENR=0.0047) 14521 38 13 (42-MO-98,ENR=0.0120) 14521 38 14 (42-MO-100,ENR=0.0039) 14521 38 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 38 16 relative to the normalization transition at 14521 38 17 1509.7 keV in 92Mo. 14521 38 18 STATUS (TABLE) Data received from A.Voyles and the 14521 38 19 authors of LBNL-1007259, using the methods it 14521 38 20 describes. Cross sections derived from gamma-ray 14521 38 21 intensities taken from table on pages 123-124 14521 38 22 of this work [1978DE41], as described in ANALYSIS. 14521 38 23 ENDBIB 21 0 14521 38 24 NOCOMMON 0 0 14521 38 25 DATA 6 22 14521 38 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 38 27 KEV KEV MB MB PER-CENT PER-CENT 14521 38 28 148.6 0.8 0.687 0.207 28.6 9.514521 38 29 244.06 0.05 16.696 3.351 17.6 9.514521 38 30 304.0 0.5 1.473 0.242 13.3 9.514521 38 31 329.2 0.7 1.277 0.231 15.4 9.514521 38 32 361.4 0.8 0.982 0.218 20.0 9.514521 38 33 479.8 0.2 3.928 1.051 25.0 9.514521 38 34 537.3 0.2 5.794 0.588 3.4 9.514521 38 35 772.8 0.5 25.535 3.133 7.7 9.514521 38 36 941.7 0.2 0.540 0.111 18.2 9.514521 38 37 946.3 0.2 0.589 0.113 16.7 9.514521 38 38 1009.4 0.4 2.161 0.444 18.2 9.514521 38 39 1340.7 0.2 6.384 0.678 4.6 9.514521 38 40 1509.7 0.2 98.210 9.388 0.0 9.514521 38 41 1581.8 0.2 0.786 0.165 18.7 9.514521 38 42 2033.0 0.4 2.161 0.444 18.2 9.514521 38 43 2113.0 0.2 1.571 0.331 18.7 9.514521 38 44 2179.3 0.3 0.589 0.204 33.3 9.514521 38 45 2417.6 0.4 0.295 0.102 33.3 9.514521 38 46 3091.4 0.5 2.455 0.306 8.0 9.514521 38 47 3927.2 1.0 0.344 0.151 42.9 9.514521 38 48 3944.8 1.0 0.393 0.152 37.5 9.514521 38 49 4022.1 0.7 0.737 0.255 33.3 9.514521 38 50 ENDDATA 24 0 14521 38 51 ENDSUBENT 50 0 14521 3899999 SUBENT 14521039 20190306 148014521 39 1 BIB 4 14 14521 39 2 REACTION (44-RU-0(N,INL)44-RU-0,PAR,SIG,G,SPA,DEROT) Partial 14521 39 3 gamma-ray production cross section, relative to a 14521 39 4 specified gamma-line. 14521 39 5 SAMPLE Target was Ru, in elemental form, with natural 14521 39 6 abundance, and mass 10.0 g. Target was exposed for 14521 39 7 23.0 hours. 14521 39 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 39 9 relative to the normalization transition at 14521 39 10 539.0 keV in 100Ru. 14521 39 11 STATUS (TABLE) Data received from A.Voyles and the 14521 39 12 authors of LBNL-1007259, using the methods it 14521 39 13 describes. Cross sections derived from gamma-ray 14521 39 14 intensities taken from table on pages 127-130 14521 39 15 of this work [1978DE41], as described in ANALYSIS. 14521 39 16 ENDBIB 14 0 14521 39 17 NOCOMMON 0 0 14521 39 18 DATA 6 104 14521 39 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 39 20 KEV KEV MB MB PER-CENT PER-CENT 14521 39 21 127.22 0.0 301.521 60.331 10.2 17.114521 39 22 136.7 0.8 7.538 2.430 27.3 17.114521 39 23 174.9 0.6 15.761 4.369 21.7 17.114521 39 24 184.0 0.15 123.350 25.256 11.1 17.114521 39 25 197.7 0.4 18.160 6.014 28.3 17.114521 39 26 220.45 0.18 33.236 6.664 10.3 17.114521 39 27 233.1 0.4 5.825 1.435 17.6 17.114521 39 28 238.4 0.8 2.398 1.108 42.9 17.114521 39 29 277.3 0.5 5.140 1.356 20.0 17.114521 39 30 287.0 0.4 8.223 1.969 16.7 17.114521 39 31 294.9 0.2 30.837 5.820 7.8 17.114521 39 32 306.81 0.0 171.319 31.204 6.0 17.114521 39 33 311.3 0.4 14.733 3.489 16.3 17.114521 39 34 322.4 0.2 40.774 8.129 10.1 17.114521 39 35 340.79 0.15 92.512 17.323 7.4 17.114521 39 36 351.3 0.0 20.558 7.711 33.3 17.114521 39 37 357.92 0.12 479.693 85.912 5.0 17.114521 39 38 418.5 0.6 13.706 3.128 15.0 17.114521 39 39 422.2 0.6 11.992 2.912 17.1 17.114521 39 40 431.0 0.7 2.741 1.449 50.0 17.114521 39 41 441.2 0.8 2.056 1.087 50.0 17.114521 39 42 457.5 0.6 3.426 1.185 30.0 17.114521 39 43 468.74 0.15 99.365 18.411 6.9 17.114521 39 44 475.0 0.1 760.656 136.136 5.0 17.114521 39 45 487.0 0.0 29.467 5.761 9.3 17.114521 39 46 530.1 0.5 85.659 17.963 12.0 17.114521 39 47 534.9 0.6 113.070 30.877 21.2 17.114521 39 48 539.5 0.3 342.638 58.926 0.0 17.114521 39 49 545.2 0.3 61.675 12.628 11.1 17.114521 39 50 558.2 0.8 4.112 1.542 33.3 17.114521 39 51 575.8 0.4 11.650 2.636 14.7 17.114521 39 52 590.8 0.5 20.901 4.966 16.4 17.114521 39 53 608.8 0.5 7.881 1.927 17.4 17.114521 39 54 617.5 0.2 45.571 9.372 11.3 17.114521 39 55 628.4 0.6 126.776 32.413 18.9 17.114521 39 56 631.3 0.6 102.791 27.114 20.0 17.114521 39 57 637.2 0.5 9.936 2.420 17.2 17.114521 39 58 652.41 0.0 28.782 5.500 8.3 17.114521 39 59 668.1 0.6 3.769 0.943 18.2 17.114521 39 60 679.4 0.7 6.853 2.079 25.0 17.114521 39 61 686.5 0.3 51.396 10.225 10.0 17.114521 39 62 708.4 0.5 8.223 1.969 16.7 17.114521 39 63 719.8 0.2 66.129 12.480 7.8 17.114521 39 64 734.3 0.2 25.355 4.977 9.5 17.114521 39 65 746.0 0.8 4.112 1.248 25.0 17.114521 39 66 761.8 1.2 2.741 1.131 37.5 17.114521 39 67 766.6 0.8 5.482 1.664 25.0 17.114521 39 68 777.0 0.8 5.140 1.631 26.7 17.114521 39 69 781.8 0.8 4.454 1.570 30.8 17.114521 39 70 808.1 1.0 4.797 1.600 28.6 17.114521 39 71 822.9 0.3 28.439 5.972 12.0 17.114521 39 72 826.8 0.6 8.566 2.259 20.0 17.114521 39 73 832.5 0.3 71.954 14.145 9.5 17.114521 39 74 884.3 0.2 39.403 7.593 8.7 17.114521 39 75 893.2 0.3 37.005 7.396 10.2 17.114521 39 76 910.1 0.6 5.140 1.356 20.0 17.114521 39 77 929.5 0.6 5.825 1.435 17.6 17.114521 39 78 939.6 0.0 18.502 3.788 11.1 17.114521 39 79 982.2 0.6 5.140 1.356 20.0 17.114521 39 80 999.4 0.0 10.279 2.462 16.7 17.114521 39 81 1027.5 0.9 2.398 1.108 42.9 17.114521 39 82 1046.59 0.0 38.718 8.011 11.5 17.114521 39 83 1076.2 0.8 3.426 1.185 30.0 17.114521 39 84 1094.4 1.0 5.825 1.985 29.4 17.114521 39 85 1098.4 0.8 17.475 5.093 23.5 17.114521 39 86 1104.0 0.0 68.528 15.638 15.0 17.114521 39 87 1118.6 1.2 2.741 1.131 37.5 17.114521 39 88 1157.3 0.4 17.817 3.690 11.5 17.114521 39 89 1166.2 0.0 7.538 2.148 22.7 17.114521 39 90 1201.4 0.0 13.363 3.083 15.4 17.114521 39 91 1262.0 0.7 13.020 3.040 15.8 17.114521 39 92 1267.9 1.0 5.140 1.928 33.3 17.114521 39 93 1325.7 0.7 5.140 1.356 20.0 17.114521 39 94 1342.6 0.5 15.419 3.157 11.1 17.114521 39 95 1362.0 0.4 20.216 4.039 10.2 17.114521 39 96 1380.8 0.0 7.195 2.113 23.8 17.114521 39 97 1396.6 1.0 4.454 1.570 30.8 17.114521 39 98 1414.7 1.8 2.398 1.108 42.9 17.114521 39 99 1452.9 1.8 2.398 1.108 42.9 17.114521 39 100 1513.6 0.0 7.538 2.430 27.3 17.114521 39 101 1522.2 1.4 4.454 1.570 30.8 17.114521 39 102 1561.0 0.0 12.678 3.241 18.9 17.114521 39 103 1568.8 0.9 9.251 2.878 25.9 17.114521 39 104 1581.5 2.0 2.398 1.108 42.9 17.114521 39 105 1594.6 1.2 5.140 1.631 26.7 17.114521 39 106 1612.3 0.0 12.678 2.773 13.5 17.114521 39 107 1627.2 0.9 9.936 2.191 13.8 17.114521 39 108 1675.6 1.6 3.769 1.516 36.4 17.114521 39 109 1700.0 0.0 5.140 1.631 26.7 17.114521 39 110 1764.3 1.9 3.426 1.492 40.0 17.114521 39 111 1775.5 1.7 6.167 1.733 22.2 17.114521 39 112 1867.7 1.7 4.797 1.600 28.6 17.114521 39 113 1880.8 1.7 5.140 1.631 26.7 17.114521 39 114 1907.2 1.5 5.825 1.698 23.5 17.114521 39 115 1972.7 1.7 4.454 1.570 30.8 17.114521 39 116 1995.8 1.7 6.510 1.770 21.1 17.114521 39 117 2016.2 1.8 3.769 1.516 36.4 17.114521 39 118 2042.8 1.8 4.454 1.570 30.8 17.114521 39 119 2067.3 2.0 3.769 1.516 36.4 17.114521 39 120 2095.0 0.0 6.853 2.370 30.0 17.114521 39 121 2122.8 1.8 4.112 1.542 33.3 17.114521 39 122 2189.0 2.0 6.853 2.370 30.0 17.114521 39 123 2240.0 3.0 2.741 1.449 50.0 17.114521 39 124 2435.0 3.0 5.140 1.928 33.3 17.114521 39 125 ENDDATA 106 0 14521 39 126 ENDSUBENT 125 0 14521 3999999 SUBENT 14521040 20190306 148014521 40 1 BIB 4 14 14521 40 2 REACTION (45-RH-103(N,INL)45-RH-103,PAR,SIG,G,SPA,DEROT) Partial14521 40 3 gamma-ray production cross section, relative to a 14521 40 4 specified gamma-line. 14521 40 5 SAMPLE Target was Rh, in elemental form, with natural 14521 40 6 abundance, and mass 2.35 g. Target was exposed for 14521 40 7 36.0 hours. 14521 40 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 40 9 relative to the normalization transition at 14521 40 10 611.0 keV in 103Rh. 14521 40 11 STATUS (TABLE) Data received from A.Voyles and the 14521 40 12 authors of LBNL-1007259, using the methods it 14521 40 13 describes. Cross sections derived from gamma-ray 14521 40 14 intensities taken from table on pages 131-132 14521 40 15 of this work [1978DE41], as described in ANALYSIS. 14521 40 16 ENDBIB 14 0 14521 40 17 NOCOMMON 0 0 14521 40 18 DATA 6 46 14521 40 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 40 20 KEV KEV MB MB PER-CENT PER-CENT 14521 40 21 295.02 0.1 1748.040 373.321 6.5 20.314521 40 22 357.45 0.1 1202.952 258.095 6.8 20.314521 40 23 427.7 0.4 34.460 7.959 10.9 20.314521 40 24 442.2 0.8 12.531 4.543 30.0 20.314521 40 25 446.2 0.8 15.037 4.848 25.0 20.314521 40 26 490.4 0.2 162.900 35.453 7.7 20.314521 40 27 497.0 0.2 332.065 72.100 7.5 20.314521 40 28 523.1 0.2 90.221 19.407 6.9 20.314521 40 29 552.1 0.8 19.423 6.887 29.0 20.314521 40 30 556.8 0.8 36.966 12.040 25.4 20.314521 40 31 562.8 0.6 100.246 27.746 18.8 20.314521 40 32 585.3 0.2 76.438 16.349 6.6 20.314521 40 33 611.1 0.0 626.538 127.555 0.0 20.314521 40 34 678.9 0.8 6.265 2.812 40.0 20.314521 40 35 687.3 0.8 34.460 11.232 25.5 20.314521 40 36 728.2 0.7 8.772 3.077 28.6 20.314521 40 37 740.4 0.6 24.435 6.235 15.4 20.314521 40 38 749.4 0.3 49.496 11.866 12.7 20.314521 40 39 760.7 0.9 10.651 3.810 29.4 20.314521 40 40 787.2 0.6 12.531 4.040 25.0 20.314521 40 41 803.0 0.4 213.023 47.267 8.8 20.314521 40 42 811.2 0.6 41.978 10.597 14.9 20.314521 40 43 839.4 0.6 56.388 22.025 33.3 20.314521 40 44 863.0 0.8 25.062 8.080 25.0 20.314521 40 45 880.1 0.6 22.555 5.934 16.7 20.314521 40 46 948.7 1.0 16.290 5.013 23.1 20.314521 40 47 982.4 1.0 15.663 4.930 24.0 20.314521 40 48 995.1 0.0 21.929 6.712 22.9 20.314521 40 49 1069.8 0.7 20.676 5.247 15.2 20.314521 40 50 1107.3 0.8 16.917 5.098 22.2 20.314521 40 51 1124.5 0.8 23.182 6.443 18.9 20.314521 40 52 1147.9 0.8 15.663 4.470 20.0 20.314521 40 53 1196.1 0.6 26.941 7.430 18.6 20.314521 40 54 1211.6 0.8 24.435 6.235 15.4 20.314521 40 55 1277.6 0.5 49.496 11.255 10.1 20.314521 40 56 1293.7 1.2 28.194 9.459 26.7 20.314521 40 57 1329.5 1.0 26.941 8.327 23.3 20.314521 40 58 1347.8 0.8 18.170 5.274 20.7 20.314521 40 59 1398.5 1.0 15.663 4.930 24.0 20.314521 40 60 1410.4 1.0 19.423 5.456 19.4 20.314521 40 61 1440.0 2.0 8.772 4.162 42.9 20.314521 40 62 1544.7 0.0 20.049 5.991 21.9 20.314521 40 63 1615.0 1.2 14.410 4.769 26.1 20.314521 40 64 1676.0 2.0 6.892 4.013 54.5 20.314521 40 65 1706.7 1.8 11.278 4.950 38.9 20.314521 40 66 1728.0 2.0 10.025 4.837 43.7 20.314521 40 67 ENDDATA 48 0 14521 40 68 ENDSUBENT 67 0 14521 4099999 SUBENT 14521041 20190306 148014521 41 1 BIB 4 15 14521 41 2 REACTION (46-PD-0(N,INL)46-PD-0,PAR,SIG,G,SPA,DEROT) Partial 14521 41 3 gamma-ray production cross section, relative to a 14521 41 4 specified gamma-line. 14521 41 5 SAMPLE Target was Pd, in elemental form, with natural 14521 41 6 abundance, and mass 10.8 g. Target was exposed for 14521 41 7 23.3 hours. 14521 41 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 41 9 relative to the normalization transition at 14521 41 10 556.0 keV, a convolution of two lines in 14521 41 11 102Pd and 104Pd. 14521 41 12 STATUS (TABLE) Data received from A.Voyles and the 14521 41 13 authors of LBNL-1007259, using the methods it 14521 41 14 describes. Cross sections derived from gamma-ray 14521 41 15 intensities taken from table on pages 133-134 14521 41 16 of this work [1978DE41], as described in ANALYSIS. 14521 41 17 ENDBIB 15 0 14521 41 18 NOCOMMON 0 0 14521 41 19 DATA 6 91 14521 41 20 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 41 21 KEV KEV MB MB PER-CENT PER-CENT 14521 41 22 182.66 0.15 34.017 6.224 6.3 17.114521 41 23 280.46 0.1 92.904 16.525 4.6 17.114521 41 24 306.3 0.1 141.500 24.970 4.0 17.114521 41 25 319.24 0.1 94.333 17.711 7.6 17.114521 41 26 331.4 0.3 15.150 4.421 23.6 17.114521 41 27 339.5 0.2 14.150 2.534 5.1 17.114521 41 28 344.2 0.2 11.434 2.046 5.0 17.114521 41 29 373.88 0.1 224.398 39.825 4.5 17.114521 41 30 383.1 0.3 4.574 0.895 9.4 17.114521 41 31 393.1 0.3 11.434 2.204 8.8 17.114521 41 32 398.8 0.4 9.576 1.925 10.4 17.114521 41 33 404.3 0.3 21.011 3.882 6.8 17.114521 41 34 420.9 0.6 5.431 1.267 15.8 17.114521 41 35 433.96 0.0 473.095 82.516 3.0 17.114521 41 36 439.1 0.8 34.303 12.863 33.3 17.114521 41 37 441.9 0.3 104.338 21.260 11.0 17.114521 41 38 459.8 0.6 2.859 0.867 25.0 17.114521 41 39 471.9 0.6 2.001 0.550 21.4 17.114521 41 40 497.22 0.1 91.474 16.721 6.2 17.114521 41 41 511.8 0.6 557.423 149.142 20.5 17.114521 41 42 547.1 0.2 15.150 2.699 4.7 17.114521 41 43 555.74 0.1 142.929 24.553 0.0 17.114521 41 44 560.3 0.4 21.439 4.662 13.3 17.114521 41 45 573.1 0.0 19.295 3.506 5.9 17.114521 41 46 583.5 0.4 8.147 1.641 10.5 17.114521 41 47 596.3 0.4 7.004 1.868 20.4 17.114521 41 48 615.61 0.15 147.217 26.279 4.9 17.114521 41 49 621.8 0.3 24.298 5.984 17.6 17.114521 41 50 644.71 0.15 45.737 8.361 6.2 17.114521 41 51 650.7 0.3 6.718 1.438 12.8 17.114521 41 52 655.3 0.0 4.431 1.044 16.1 17.114521 41 53 666.1 0.3 2.001 0.447 14.3 17.114521 41 54 673.2 0.4 1.572 0.393 18.2 17.114521 41 55 679.4 0.3 4.002 0.894 14.3 17.114521 41 56 704.8 0.8 4.002 1.099 21.4 17.114521 41 57 717.24 0.15 55.742 11.152 10.3 17.114521 41 58 726.6 0.4 4.717 1.080 15.2 17.114521 41 59 742.9 0.8 1.715 0.520 25.0 17.114521 41 60 747.9 0.3 6.718 1.288 8.5 17.114521 41 61 767.78 0.15 18.009 3.175 4.0 17.114521 41 62 777.4 0.6 5.288 1.249 16.2 17.114521 41 63 781.4 0.4 15.722 3.361 12.7 17.114521 41 64 785.6 0.4 13.149 2.532 8.7 17.114521 41 65 796.0 0.5 3.859 0.790 11.1 17.114521 41 66 813.5 0.2 8.433 1.511 5.1 17.114521 41 67 838.8 0.0 11.434 3.468 25.0 17.114521 41 68 880.2 0.3 7.861 1.466 7.3 17.114521 41 69 901.26 0.15 22.154 3.872 3.2 17.114521 41 70 926.2 0.6 2.716 0.634 15.8 17.114521 41 71 931.0 0.15 22.726 3.997 3.8 17.114521 41 72 943.8 0.8 1.858 0.535 23.1 17.114521 41 73 947.2 0.8 1.858 0.535 23.1 17.114521 41 74 978.6 0.8 1.858 0.535 23.1 17.114521 41 75 1007.15 0.15 16.294 3.024 7.0 17.114521 41 76 1026.8 0.8 1.858 0.535 23.1 17.114521 41 77 1045.7 0.4 31.444 6.897 13.6 17.114521 41 78 1050.5 0.4 30.015 6.706 14.3 17.114521 41 79 1092.3 0.8 1.715 0.520 25.0 17.114521 41 80 1097.9 0.0 9.005 1.704 7.9 17.114521 41 81 1106.3 0.4 4.431 0.952 12.9 17.114521 41 82 1128.1 0.2 25.727 5.263 11.1 17.114521 41 83 1168.4 0.4 9.147 1.726 7.8 17.114521 41 84 1179.5 0.8 1.858 0.535 23.1 17.114521 41 85 1194.5 0.3 4.145 0.913 13.8 17.114521 41 86 1214.5 0.0 7.861 1.528 9.1 17.114521 41 87 1237.4 0.0 7.575 1.485 9.4 17.114521 41 88 1263.9 0.0 7.718 1.751 14.8 17.114521 41 89 1274.6 0.4 3.430 0.821 16.7 17.114521 41 90 1305.4 0.8 0.843 0.453 50.8 17.114521 41 91 1341.7 0.2 8.147 1.571 8.8 17.114521 41 92 1374.7 0.0 4.717 1.080 15.2 17.114521 41 93 1397.6 0.2 6.861 1.378 10.4 17.114521 41 94 1441.7 0.0 4.717 1.080 15.2 17.114521 41 95 1498.9 0.0 2.573 0.616 16.7 17.114521 41 96 1515.2 0.6 2.144 0.565 20.0 17.114521 41 97 1540.7 0.4 4.288 0.852 10.0 17.114521 41 98 1562.8 0.8 1.858 0.535 23.1 17.114521 41 99 1566.8 0.8 2.287 0.582 18.7 17.114521 41 100 1572.8 0.4 10.863 1.998 6.6 17.114521 41 101 1585.0 0.8 1.715 0.520 25.0 17.114521 41 102 1612.9 0.4 7.432 1.463 9.6 17.114521 41 103 1624.2 0.8 0.858 0.322 33.3 17.114521 41 104 1637.6 0.5 2.430 0.598 17.6 17.114521 41 105 1662.5 0.0 2.144 0.565 20.0 17.114521 41 106 1765.6 0.0 2.430 0.708 23.5 17.114521 41 107 1783.7 0.5 3.573 0.839 16.0 17.114521 41 108 1795.7 0.5 1.715 0.520 25.0 17.114521 41 109 1848.3 0.0 1.858 0.535 23.1 17.114521 41 110 1909.1 0.0 3.430 0.729 12.5 17.114521 41 111 1988.3 0.6 2.144 0.565 20.0 17.114521 41 112 2284.8 0.0 3.573 0.839 16.0 17.114521 41 113 ENDDATA 93 0 14521 41 114 ENDSUBENT 113 0 14521 4199999 SUBENT 14521042 20190306 148014521 42 1 BIB 4 20 14521 42 2 REACTION (46-PD-104(N,INL)46-PD-104,PAR,SIG,G,SPA,DEROT) Partial14521 42 3 gamma-ray production cross section, relative to a 14521 42 4 specified gamma-line. 14521 42 5 SAMPLE Target was Pd, in elemental form, enriched in 14521 42 6 104Pd, with mass 5.8 g. Target was exposed for 14521 42 7 23.3 hours. 14521 42 8 (46-PD-102,ENR=0.0010) 14521 42 9 (46-PD-104,ENR=0.9120) 14521 42 10 (46-PD-105,ENR=0.0680) 14521 42 11 (46-PD-106,ENR=0.0150) 14521 42 12 (46-PD-108,ENR=0.0050) 14521 42 13 (46-PD-110,ENR=0.0010) 14521 42 14 ANALYSIS Partial gamma-ray cross sections are reported 14521 42 15 relative to the normalization transition at 14521 42 16 555.74 keV in 104Pd. 14521 42 17 STATUS (TABLE) Data received from A.Voyles and the 14521 42 18 authors of LBNL-1007259, using the methods it 14521 42 19 describes. Cross sections derived from gamma-ray 14521 42 20 intensities taken from table on pages 134-138 14521 42 21 of this work [1978DE41], as described in ANALYSIS. 14521 42 22 ENDBIB 20 0 14521 42 23 NOCOMMON 0 0 14521 42 24 DATA 6 104 14521 42 25 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 42 26 KEV KEV MB MB PER-CENT PER-CENT 14521 42 27 215.6 0.2 1.001 0.334 28.6 17.114521 42 28 460.0 0.5 0.229 0.058 18.8 17.114521 42 29 478.8 0.3 2.001 0.447 14.3 17.114521 42 30 497.8 1.0 0.100 0.060 57.1 17.114521 42 31 539.4 0.5 0.214 0.047 13.3 17.114521 42 32 555.74 0.07 142.929 24.553 0.0 17.114521 42 33 617.0 0.0 0.457 0.163 31.2 17.114521 42 34 623.0 0.0 0.200 0.067 28.6 17.114521 42 35 727.4 0.5 0.229 0.069 25.0 17.114521 42 36 740.62 0.12 1.129 0.218 8.9 17.114521 42 37 758.69 0.12 1.201 0.229 8.3 17.114521 42 38 767.77 0.1 17.294 3.092 5.0 17.114521 42 39 777.93 0.1 6.003 1.070 4.8 17.114521 42 40 785.81 0.1 13.149 2.369 5.4 17.114521 42 41 818.5 0.9 0.084 0.026 25.4 17.114521 42 42 841.0 0.7 0.157 0.051 27.3 17.114521 42 43 858.01 0.15 1.143 0.220 8.8 17.114521 42 44 879.3 0.8 0.096 0.028 23.9 17.114521 42 45 889.4 0.6 0.172 0.064 33.3 17.114521 42 46 895.1 1.0 0.071 0.031 40.0 17.114521 42 47 902.4 0.6 0.186 0.053 23.1 17.114521 42 48 910.2 0.4 0.314 0.079 18.2 17.114521 42 49 922.5 0.8 0.186 0.078 38.5 17.114521 42 50 925.9 0.2 0.929 0.205 13.8 17.114521 42 51 934.8 0.9 0.089 0.026 24.2 17.114521 42 52 941.78 0.15 1.058 0.201 8.1 17.114521 42 53 953.9 0.7 0.109 0.030 21.1 17.114521 42 54 974.4 0.2 0.572 0.121 12.5 17.114521 42 55 978.3 0.4 0.314 0.069 13.6 17.114521 42 56 996.0 0.7 0.143 0.049 30.0 17.114521 42 57 1028.1 0.9 0.129 0.048 33.3 17.114521 42 58 1077.2 1.0 0.114 0.047 37.5 17.114521 42 59 1088.1 0.5 0.200 0.055 21.4 17.114521 42 60 1121.6 0.6 0.429 0.161 33.3 17.114521 42 61 1132.1 0.3 0.543 0.109 10.5 17.114521 42 62 1167.56 0.13 1.429 0.265 7.0 17.114521 42 63 1179.3 0.2 0.700 0.140 10.2 17.114521 42 64 1230.7 0.2 0.586 0.152 19.5 17.114521 42 65 1238.05 0.09 7.004 1.277 6.1 17.114521 42 66 1247.4 0.5 0.343 0.093 20.8 17.114521 42 67 1265.09 0.1 5.717 1.072 7.5 17.114521 42 68 1271.69 0.16 0.843 0.162 8.5 17.114521 42 69 1284.1 0.4 0.257 0.062 16.7 17.114521 42 70 1300.0 0.8 0.143 0.049 30.0 17.114521 42 71 1318.2 0.3 0.429 0.085 10.0 17.114521 42 72 1341.73 0.09 8.576 1.580 6.7 17.114521 42 73 1372.6 0.9 0.129 0.048 33.3 17.114521 42 74 1381.4 0.8 0.143 0.049 30.0 17.114521 42 75 1390.1 1.1 0.100 0.046 42.9 17.114521 42 76 1397.0 0.0 0.372 0.077 11.5 17.114521 42 77 1409.0 0.0 0.372 0.077 11.5 17.114521 42 78 1450.5 0.4 0.272 0.063 15.8 17.114521 42 79 1480.4 1.0 0.114 0.047 37.5 17.114521 42 80 1514.9 1.0 0.114 0.047 37.5 17.114521 42 81 1526.4 0.2 0.858 0.164 8.3 17.114521 42 82 1542.0 0.0 0.229 0.058 18.8 17.114521 42 83 1551.0 0.7 0.157 0.051 27.3 17.114521 42 84 1583.0 0.2 1.101 0.214 9.1 17.114521 42 85 1599.9 0.4 0.257 0.062 16.7 17.114521 42 86 1612.6 1.4 0.057 0.030 50.0 17.114521 42 87 1622.8 0.2 1.944 0.389 10.3 17.114521 42 88 1625.9 0.4 0.486 0.120 17.6 17.114521 42 89 1637.5 0.14 4.574 0.895 9.4 17.114521 42 90 1676.6 0.5 0.214 0.057 20.0 17.114521 42 91 1688.92 0.14 1.972 0.394 10.1 17.114521 42 92 1696.8 0.6 0.186 0.053 23.1 17.114521 42 93 1720.7 0.3 0.500 0.103 11.4 17.114521 42 94 1762.0 0.0 0.257 0.062 16.7 17.114521 42 95 1782.0 0.0 0.843 0.204 16.9 17.114521 42 96 1794.0 0.0 0.686 0.146 12.5 17.114521 42 97 1812.5 0.7 0.172 0.052 25.0 17.114521 42 98 1889.7 0.8 0.143 0.049 30.0 17.114521 42 99 1895.8 0.6 0.186 0.053 23.1 17.114521 42 100 1900.8 0.2 0.786 0.160 10.9 17.114521 42 101 1909.8 1.0 0.114 0.047 37.5 17.114521 42 102 1966.2 0.5 0.229 0.058 18.8 17.114521 42 103 1977.4 0.3 0.743 0.154 11.5 17.114521 42 104 2016.9 0.3 0.472 0.099 12.1 17.114521 42 105 2070.0 0.3 0.615 0.127 11.6 17.114521 42 106 2108.5 0.7 0.200 0.055 21.4 17.114521 42 107 2138.7 0.3 0.500 0.103 11.4 17.114521 42 108 2184.7 1.4 0.071 0.031 40.0 17.114521 42 109 2210.6 0.3 0.615 0.127 11.6 17.114521 42 110 2232.8 1.1 0.100 0.033 28.6 17.114521 42 111 2276.9 0.3 0.657 0.134 10.9 17.114521 42 112 2338.3 0.3 0.443 0.095 12.9 17.114521 42 113 2362.4 0.4 0.443 0.115 19.4 17.114521 42 114 2420.0 0.0 0.300 0.067 14.3 17.114521 42 115 2452.2 0.7 0.200 0.055 21.4 17.114521 42 116 2523.6 0.7 0.172 0.052 25.0 17.114521 42 117 2534.4 0.7 0.200 0.055 21.4 17.114521 42 118 2540.4 0.6 0.214 0.057 20.0 17.114521 42 119 2593.1 0.6 0.214 0.068 26.7 17.114521 42 120 2598.8 1.0 0.143 0.062 40.0 17.114521 42 121 2623.6 0.4 0.772 0.158 11.1 17.114521 42 122 2705.5 0.7 0.186 0.053 23.1 17.114521 42 123 2715.8 0.6 0.243 0.071 23.5 17.114521 42 124 2726.1 1.1 0.129 0.048 33.3 17.114521 42 125 2916.2 1.0 0.157 0.051 27.3 17.114521 42 126 3001.6 1.2 0.114 0.047 37.5 17.114521 42 127 3007.6 1.0 0.143 0.049 30.0 17.114521 42 128 3013.5 0.9 0.172 0.052 25.0 17.114521 42 129 3032.0 0.8 0.200 0.067 28.6 17.114521 42 130 3281.3 1.1 0.100 0.046 42.9 17.114521 42 131 ENDDATA 106 0 14521 42 132 ENDSUBENT 131 0 14521 4299999 SUBENT 14521043 20190306 148014521 43 1 BIB 4 20 14521 43 2 REACTION (46-PD-105(N,INL)46-PD-105,PAR,SIG,G,SPA,DEROT) Partial14521 43 3 gamma-ray production cross section, relative to a 14521 43 4 specified gamma-line. 14521 43 5 SAMPLE Target was Pd, in elemental form, enriched in 14521 43 6 105Pd, with mass 1.3 g. Target was exposed for 14521 43 7 23.3 hours. 14521 43 8 (46-PD-102,ENR=0.0010) 14521 43 9 (46-PD-104,ENR=0.0160) 14521 43 10 (46-PD-105,ENR=0.9370) 14521 43 11 (46-PD-106,ENR=0.0390) 14521 43 12 (46-PD-108,ENR=0.0050) 14521 43 13 (46-PD-110,ENR=0.0030) 14521 43 14 ANALYSIS Partial gamma-ray cross sections are reported 14521 43 15 relative to the normalization transition at 14521 43 16 306.25 keV in 105Pd. 14521 43 17 STATUS (TABLE) Data received from A.Voyles and the 14521 43 18 authors of LBNL-1007259, using the methods it 14521 43 19 describes. Cross sections derived from gamma-ray 14521 43 20 intensities taken from table on pages 139-141 14521 43 21 of this work [1978DE41], as described in ANALYSIS. 14521 43 22 ENDBIB 20 0 14521 43 23 NOCOMMON 0 0 14521 43 24 DATA 6 95 14521 43 25 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 43 26 KEV KEV MB MB PER-CENT PER-CENT 14521 43 27 155.6 0.2 1.981 0.450 14.3 17.614521 43 28 182.85 0.1 38.205 7.967 11.1 17.614521 43 29 216.3 0.4 1.231 0.304 17.2 17.614521 43 30 228.9 0.4 1.273 0.480 33.3 17.614521 43 31 263.3 0.5 0.821 0.223 20.7 17.614521 43 32 280.38 0.1 96.220 17.214 2.9 17.614521 43 33 285.0 0.6 3.113 0.789 18.2 17.614521 43 34 306.25 0.0 141.500 24.971 0.0 17.614521 43 35 319.18 0.1 86.315 15.493 3.3 17.614521 43 36 326.5 0.3 1.839 0.354 7.7 17.614521 43 37 331.46 0.13 8.914 1.629 4.8 17.614521 43 38 339.36 0.12 13.725 2.459 3.1 17.614521 43 39 344.49 0.12 14.150 2.533 3.0 17.614521 43 40 353.1 0.6 1.132 0.245 12.5 17.614521 43 41 370.3 0.3 2.830 0.527 6.0 17.614521 43 42 392.5 0.2 4.811 0.895 5.9 17.614521 43 43 400.4 0.4 2.122 0.400 6.7 17.614521 43 44 406.9 0.3 2.971 0.551 5.7 17.614521 43 45 420.8 0.2 5.801 1.062 4.9 17.614521 43 46 442.23 0.1 80.655 14.512 3.5 17.614521 43 47 446.0 1.0 3.537 1.054 24.0 17.614521 43 48 459.0 0.5 1.556 0.309 9.1 17.614521 43 49 475.0 0.4 1.839 0.354 7.7 17.614521 43 50 480.8 0.2 4.952 0.903 4.6 17.614521 43 51 487.7 0.5 1.981 0.377 7.1 17.614521 43 52 491.2 0.5 1.981 0.377 7.1 17.614521 43 53 523.6 0.7 0.637 0.160 17.8 17.614521 43 54 539.1 0.7 0.679 0.165 16.7 17.614521 43 55 560.57 0.12 18.536 3.320 3.1 17.614521 43 56 576.7 0.3 1.047 0.233 13.5 17.614521 43 57 582.1 0.2 3.396 0.623 5.0 17.614521 43 58 608.9 0.4 0.849 0.206 16.7 17.614521 43 59 627.0 0.4 0.778 0.197 18.2 17.614521 43 60 640.8 0.5 2.405 0.452 6.5 17.614521 43 61 644.68 0.12 26.177 4.697 3.2 17.614521 43 62 650.4 0.3 6.792 1.232 4.2 17.614521 43 63 658.0 0.3 1.330 0.274 10.6 17.614521 43 64 666.3 0.2 2.264 0.424 6.2 17.614521 43 65 672.8 0.3 0.990 0.225 14.3 17.614521 43 66 680.0 0.6 0.354 0.105 24.0 17.614521 43 67 705.2 0.2 1.981 0.377 7.1 17.614521 43 68 727.2 0.2 3.396 0.651 7.5 17.614521 43 69 768.4 0.5 0.170 0.090 50.0 17.614521 43 70 781.5 0.2 10.612 1.894 2.7 17.614521 43 71 793.8 0.5 0.424 0.113 20.0 17.614521 43 72 808.2 0.5 1.104 0.241 12.8 17.614521 43 73 821.7 0.4 1.698 0.331 8.3 17.614521 43 74 825.1 0.3 0.807 0.201 17.5 17.614521 43 75 829.3 0.3 1.839 0.354 7.7 17.614521 43 76 853.8 0.4 0.750 0.174 15.1 17.614521 43 77 890.7 0.4 1.288 0.268 11.0 17.614521 43 78 912.5 0.4 1.075 0.237 13.2 17.614521 43 79 921.3 0.4 1.104 0.241 12.8 17.614521 43 80 925.3 0.3 1.556 0.309 9.1 17.614521 43 81 928.9 0.3 2.405 0.452 6.5 17.614521 43 82 945.9 0.4 0.948 0.219 14.9 17.614521 43 83 952.6 0.3 1.839 0.354 7.7 17.614521 43 84 961.6 0.8 0.424 0.113 20.0 17.614521 43 85 973.3 0.8 0.340 0.104 25.0 17.614521 43 86 979.0 0.4 0.906 0.213 15.6 17.614521 43 87 988.6 0.7 0.948 0.219 14.9 17.614521 43 88 1026.7 0.4 0.807 0.201 17.5 17.614521 43 89 1054.1 0.4 1.174 0.251 12.0 17.614521 43 90 1078.0 0.5 0.665 0.184 21.3 17.614521 43 91 1084.0 0.8 0.424 0.124 23.3 17.614521 43 92 1088.1 0.4 0.863 0.208 16.4 17.614521 43 93 1098.5 0.0 3.254 0.599 5.2 17.614521 43 94 1142.2 0.2 2.122 0.406 7.3 17.614521 43 95 1162.1 0.8 0.354 0.105 24.0 17.614521 43 96 1177.7 0.3 1.556 0.309 9.1 17.614521 43 97 1208.7 0.8 0.382 0.120 25.9 17.614521 43 98 1230.4 0.7 0.651 0.182 21.7 17.614521 43 99 1240.8 0.7 0.410 0.123 24.1 17.614521 43 100 1259.2 0.3 1.556 0.309 9.1 17.614521 43 101 1273.0 0.4 1.104 0.249 14.1 17.614521 43 102 1305.5 0.4 1.132 0.253 13.7 17.614521 43 103 1360.7 0.8 0.340 0.104 25.0 17.614521 43 104 1382.4 1.6 0.184 0.104 53.8 17.614521 43 105 1405.5 0.7 0.439 0.137 25.8 17.614521 43 106 1436.4 1.6 0.241 0.108 41.2 17.614521 43 107 1449.4 0.7 0.467 0.140 24.2 17.614521 43 108 1455.3 0.5 0.807 0.211 19.3 17.614521 43 109 1461.9 0.0 0.891 0.221 17.5 17.614521 43 110 1499.2 0.4 1.415 0.294 11.0 17.614521 43 111 1514.7 0.8 0.651 0.193 23.9 17.614521 43 112 1583.9 0.6 0.552 0.172 25.6 17.614521 43 113 1600.4 1.6 0.198 0.105 50.0 17.614521 43 114 1611.8 0.8 0.707 0.200 22.0 17.614521 43 115 1633.0 1.4 0.269 0.110 36.8 17.614521 43 116 1641.2 2.0 0.170 0.090 50.0 17.614521 43 117 1660.0 1.0 0.283 0.111 35.0 17.614521 43 118 1697.5 1.5 0.226 0.107 43.8 17.614521 43 119 1745.2 0.7 0.792 0.209 19.6 17.614521 43 120 1784.3 1.6 0.212 0.106 46.7 17.614521 43 121 1935.0 1.6 0.226 0.107 43.8 17.614521 43 122 ENDDATA 97 0 14521 43 123 ENDSUBENT 122 0 14521 4399999 SUBENT 14521044 20190306 148014521 44 1 BIB 4 20 14521 44 2 REACTION (46-PD-106(N,INL)46-PD-106,PAR,SIG,G,SPA,DEROT) Partial14521 44 3 gamma-ray production cross section, relative to a 14521 44 4 specified gamma-line. 14521 44 5 SAMPLE Target was Pd, in elemental form, enriched in 14521 44 6 106Pd, with mass 7.4 g. Target was exposed for 14521 44 7 23.3 hours. 14521 44 8 (46-PD-102,ENR=0.0010) 14521 44 9 (46-PD-104,ENR=0.0050) 14521 44 10 (46-PD-105,ENR=0.0190) 14521 44 11 (46-PD-106,ENR=0.9630) 14521 44 12 (46-PD-108,ENR=0.0100) 14521 44 13 (46-PD-110,ENR=0.0030) 14521 44 14 ANALYSIS Partial gamma-ray cross sections are reported 14521 44 15 relative to the normalization transition at 14521 44 16 511.8 keV in 106Pd. 14521 44 17 STATUS (TABLE) Data received from A.Voyles and the 14521 44 18 authors of LBNL-1007259, using the methods it 14521 44 19 describes. Cross sections derived from gamma-ray 14521 44 20 intensities taken from table on pages 142-146 14521 44 21 of this work [1978DE41], as described in ANALYSIS. 14521 44 22 ENDBIB 20 0 14521 44 23 NOCOMMON 0 0 14521 44 24 DATA 6 103 14521 44 25 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 44 26 KEV KEV MB MB PER-CENT PER-CENT 14521 44 27 221.0 0.2 1.282 0.361 8.7 26.714521 44 28 370.0 0.2 2.564 0.741 10.9 26.714521 44 29 392.7 0.2 2.676 0.768 10.4 26.714521 44 30 429.84 0.1 17.503 4.801 6.1 26.714521 44 31 471.5 0.2 1.505 0.418 7.4 26.714521 44 32 511.8 0.1 557.423 149.146 0.0 26.714521 44 33 578.1 0.2 0.725 0.202 7.7 26.714521 44 34 616.1 0.1 83.056 22.666 5.4 26.714521 44 35 621.84 0.1 28.986 8.070 7.7 26.714521 44 36 659.3 0.3 0.557 0.186 20.0 26.714521 44 37 680.0 0.2 3.177 0.960 14.0 26.714521 44 38 685.0 0.3 1.115 0.318 10.0 26.714521 44 39 702.8 0.2 2.341 0.686 11.9 26.714521 44 40 717.19 0.1 55.742 15.285 6.0 26.714521 44 41 748.1 0.2 5.184 1.392 2.2 26.714521 44 42 781.6 0.5 0.212 0.088 31.6 26.714521 44 43 792.9 0.2 1.394 0.434 16.0 26.714521 44 44 803.9 0.2 4.682 1.330 9.5 26.714521 44 45 808.3 0.2 2.062 0.595 10.8 26.714521 44 46 825.6 0.4 0.357 0.127 23.4 26.714521 44 47 847.5 0.0 4.404 1.783 30.4 26.714521 44 48 873.2 0.2 3.233 0.927 10.3 26.714521 44 49 937.3 0.4 0.307 0.113 25.5 26.714521 44 50 949.5 0.6 0.134 0.066 41.7 26.714521 44 51 956.1 0.3 0.948 0.304 17.6 26.714521 44 52 975.0 0.6 0.190 0.075 29.4 26.714521 44 53 1020.7 0.3 1.003 0.316 16.7 26.714521 44 54 1045.9 0.2 28.986 8.070 7.7 26.714521 44 55 1050.5 0.2 26.199 7.356 8.5 26.714521 44 56 1055.3 0.5 2.285 0.827 24.4 26.714521 44 57 1086.5 0.5 0.262 0.101 27.7 26.714521 44 58 1114.7 0.7 1.672 0.715 33.3 26.714521 44 59 1127.9 0.2 27.314 7.641 8.2 26.714521 44 60 1150.2 0.7 0.212 0.101 39.5 26.714521 44 61 1156.3 0.4 0.446 0.163 25.0 26.714521 44 62 1168.2 0.2 6.020 1.704 9.3 26.714521 44 63 1180.4 0.3 1.394 0.409 12.0 26.714521 44 64 1194.4 0.2 5.240 1.509 10.6 26.714521 44 65 1217.0 0.3 1.059 0.361 21.1 26.714521 44 66 1222.7 0.3 1.338 0.454 20.8 26.714521 44 67 1272.4 0.3 1.839 0.540 12.1 26.714521 44 68 1303.4 0.4 0.613 0.234 27.3 26.714521 44 69 1349.3 0.3 2.007 0.581 11.1 26.714521 44 70 1371.7 0.3 2.062 0.595 10.8 26.714521 44 71 1397.4 0.2 7.358 2.098 9.8 26.714521 44 72 1417.3 0.4 0.613 0.198 18.2 26.714521 44 73 1498.4 0.2 1.505 0.436 11.1 26.714521 44 74 1523.2 0.2 1.561 0.450 10.7 26.714521 44 75 1546.3 0.6 0.385 0.133 21.7 26.714521 44 76 1562.4 0.2 2.787 0.796 10.0 26.714521 44 77 1566.3 0.4 1.672 0.632 26.7 26.714521 44 78 1572.39 0.1 13.936 4.086 12.0 26.714521 44 79 1602.2 1.2 0.111 0.063 50.0 26.714521 44 80 1616.4 0.6 0.340 0.135 29.5 26.714521 44 81 1621.3 0.4 0.502 0.164 18.9 26.714521 44 82 1631.7 0.6 0.318 0.112 22.8 26.714521 44 83 1648.4 0.0 1.282 0.382 13.0 26.714521 44 84 1668.8 0.7 0.323 0.113 22.4 26.714521 44 85 1678.4 0.7 0.357 0.120 20.3 26.714521 44 86 1766.7 0.4 1.115 0.342 15.0 26.714521 44 87 1792.8 0.7 0.613 0.234 27.3 26.714521 44 88 1797.1 0.3 2.174 0.645 12.8 26.714521 44 89 1838.6 1.0 0.111 0.063 50.0 26.714521 44 90 1868.2 0.7 0.385 0.126 18.8 26.714521 44 91 1889.7 0.4 0.948 0.338 23.5 26.714521 44 92 1909.5 0.3 2.564 0.741 10.9 26.714521 44 93 1927.2 0.3 1.728 0.513 12.9 26.714521 44 94 1973.1 1.0 0.212 0.115 47.4 26.714521 44 95 1988.3 0.3 2.787 0.796 10.0 26.714521 44 96 2019.4 0.9 0.284 0.101 23.5 26.714521 44 97 2034.3 0.9 0.279 0.100 24.0 26.714521 44 98 2045.1 0.9 0.368 0.129 22.7 26.714521 44 99 2095.2 0.9 0.318 0.115 24.6 26.714521 44 100 2114.7 0.5 0.725 0.224 15.4 26.714521 44 101 2193.3 0.4 0.836 0.250 13.3 26.714521 44 102 2212.1 1.4 0.167 0.090 46.7 26.714521 44 103 2229.5 1.0 0.312 0.114 25.0 26.714521 44 104 2236.3 0.4 0.948 0.277 11.8 26.714521 44 105 2243.5 0.7 0.312 0.139 35.7 26.714521 44 106 2272.3 0.4 0.602 0.187 15.7 26.714521 44 107 2309.2 0.4 0.496 0.157 16.9 26.714521 44 108 2315.9 0.7 0.245 0.094 27.3 26.714521 44 109 2374.6 0.7 0.284 0.105 25.5 26.714521 44 110 2391.0 0.4 0.552 0.172 16.2 26.714521 44 111 2396.8 0.7 0.368 0.129 22.7 26.714521 44 112 2406.2 0.7 0.284 0.101 23.5 26.714521 44 113 2424.1 0.6 0.424 0.141 19.7 26.714521 44 114 2439.7 0.4 0.624 0.198 17.0 26.714521 44 115 2457.9 0.3 1.505 0.436 11.1 26.714521 44 116 2484.7 0.3 2.676 0.768 10.4 26.714521 44 117 2543.0 0.7 0.284 0.105 25.5 26.714521 44 118 2558.0 0.6 0.452 0.147 18.5 26.714521 44 119 2571.3 0.6 0.334 0.119 23.3 26.714521 44 120 2608.1 1.0 0.212 0.092 34.2 26.714521 44 121 2649.3 0.5 0.491 0.159 18.2 26.714521 44 122 2706.6 0.7 0.334 0.119 23.3 26.714521 44 123 2740.9 0.5 0.613 0.234 27.3 26.714521 44 124 2790.7 0.5 0.725 0.256 23.1 26.714521 44 125 2819.2 0.7 0.446 0.149 20.0 26.714521 44 126 2956.5 0.7 0.346 0.125 24.2 26.714521 44 127 3036.6 1.0 0.284 0.159 49.0 26.714521 44 128 3100.0 1.0 0.334 0.190 50.0 26.714521 44 129 3166.1 1.0 0.201 0.095 38.9 26.714521 44 130 ENDDATA 105 0 14521 44 131 ENDSUBENT 130 0 14521 4499999 SUBENT 14521045 20190306 148014521 45 1 BIB 4 20 14521 45 2 REACTION (46-PD-108(N,INL)46-PD-108,PAR,SIG,G,SPA,DEROT) Partial14521 45 3 gamma-ray production cross section, relative to a 14521 45 4 specified gamma-line. 14521 45 5 SAMPLE Target was Pd, in elemental form, enriched in 14521 45 6 108Pd, with mass 6.0 g. Target was exposed for 14521 45 7 23.3 hours. 14521 45 8 (46-PD-102,ENR=0.0010) 14521 45 9 (46-PD-104,ENR=0.0010) 14521 45 10 (46-PD-105,ENR=0.0030) 14521 45 11 (46-PD-106,ENR=0.0090) 14521 45 12 (46-PD-108,ENR=0.9840) 14521 45 13 (46-PD-110,ENR=0.0040) 14521 45 14 ANALYSIS Partial gamma-ray cross sections are reported 14521 45 15 relative to the normalization transition at 14521 45 16 433.96 keV in 108Pd. 14521 45 17 STATUS (TABLE) Data received from A.Voyles and the 14521 45 18 authors of LBNL-1007259, using the methods it 14521 45 19 describes. Cross sections derived from gamma-ray 14521 45 20 intensities taken from table on pages 146-149 14521 45 21 of this work [1978DE41], as described in ANALYSIS. 14521 45 22 ENDBIB 20 0 14521 45 23 NOCOMMON 0 0 14521 45 24 DATA 6 131 14521 45 25 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 45 26 KEV KEV MB MB PER-CENT PER-CENT 14521 45 27 145.5 0.2 1.940 0.388 9.8 17.414521 45 28 204.5 0.3 1.325 0.271 10.7 17.414521 45 29 225.6 0.2 1.656 0.345 11.4 17.414521 45 30 263.0 0.3 0.899 0.211 15.8 17.414521 45 31 276.1 0.3 0.946 0.251 20.0 17.414521 45 32 286.8 0.3 0.757 0.194 18.8 17.414521 45 33 325.9 0.5 2.365 0.423 4.0 17.414521 45 34 366.0 0.3 0.757 0.194 18.8 17.414521 45 35 383.2 0.2 1.656 0.322 8.6 17.414521 45 36 404.07 0.09 22.709 4.613 10.4 17.414521 45 37 433.93 0.08 473.095 82.518 0.0 17.414521 45 38 481.9 0.6 0.520 0.131 18.2 17.414521 45 39 497.22 0.07 96.984 16.976 1.5 17.414521 45 40 526.2 0.8 0.237 0.103 40.0 17.414521 45 41 531.1 0.8 0.237 0.103 40.0 17.414521 45 42 548.2 0.3 0.852 0.176 11.1 17.414521 45 43 572.1 0.3 0.946 0.251 20.0 17.414521 45 44 575.7 0.2 2.365 0.476 10.0 17.414521 45 45 608.73 0.13 3.312 0.691 11.4 17.414521 45 46 614.19 0.12 44.471 8.434 7.4 17.414521 45 47 618.72 0.12 22.235 4.315 8.5 17.414521 45 48 634.6 0.6 0.369 0.089 16.7 17.414521 45 49 655.1 0.3 0.615 0.143 15.4 17.414521 45 50 677.99 0.13 1.987 0.375 7.1 17.414521 45 51 722.76 0.12 2.649 0.499 7.1 17.414521 45 52 743.35 0.13 2.176 0.405 6.5 17.414521 45 53 747.9 0.2 1.325 0.271 10.7 17.414521 45 54 791.6 0.8 0.237 0.070 24.0 17.414521 45 55 880.26 0.11 8.043 4.935 58.8 17.414521 45 56 901.31 0.1 21.762 4.052 6.5 17.414521 45 57 908.3 0.3 1.372 0.278 10.3 17.414521 45 58 919.2 0.2 1.561 0.307 9.1 17.414521 45 59 931.15 0.1 21.289 3.975 6.7 17.414521 45 60 941.65 0.15 2.318 0.446 8.2 17.414521 45 61 947.27 0.14 3.028 0.579 7.8 17.414521 45 62 985.3 0.8 0.284 0.617 216.7 17.414521 45 63 1007.21 0.1 15.612 2.883 6.1 17.414521 45 64 1025.9 0.2 0.993 0.197 9.5 17.414521 45 65 1034.5 0.6 0.416 0.098 15.9 17.414521 45 66 1058.6 0.5 0.473 0.126 20.0 17.414521 45 67 1082.5 0.3 0.710 0.156 13.3 17.414521 45 68 1106.04 0.11 9.935 1.974 9.5 17.414521 45 69 1120.4 0.2 0.993 0.197 9.5 17.414521 45 70 1147.6 0.4 0.577 0.123 12.3 17.414521 45 71 1160.1 1.0 0.189 0.062 27.5 17.414521 45 72 1164.9 0.9 0.227 0.069 25.0 17.414521 45 73 1194.7 0.5 0.473 0.106 14.0 17.414521 45 74 1212.5 0.5 0.473 0.106 14.0 17.414521 45 75 1234.1 0.4 0.662 0.138 11.4 17.414521 45 76 1251.9 0.8 0.270 0.074 21.1 17.414521 45 77 1271.8 0.5 0.520 0.131 18.2 17.414521 45 78 1276.04 0.14 3.312 0.624 7.1 17.414521 45 79 1287.7 0.6 0.374 0.090 16.5 17.414521 45 80 1313.6 0.3 0.899 0.183 10.5 17.414521 45 81 1319.5 0.5 0.445 0.099 13.8 17.414521 45 82 1340.5 0.2 0.099 0.050 47.6 17.414521 45 83 1350.1 0.2 0.993 0.197 9.5 17.414521 45 84 1362.9 0.3 0.662 0.138 11.4 17.414521 45 85 1409.3 0.3 0.710 0.148 11.3 17.414521 45 86 1429.5 0.3 0.710 0.156 13.3 17.414521 45 87 1441.6 0.2 5.204 3.892 72.7 17.414521 45 88 1451.1 0.3 0.852 0.176 11.1 17.414521 45 89 1460.4 0.3 0.852 0.176 11.1 17.414521 45 90 1481.0 0.2 1.750 0.337 8.1 17.414521 45 91 1500.9 0.6 0.345 0.086 17.8 17.414521 45 92 1508.9 0.8 0.284 0.107 33.3 17.414521 45 93 1540.04 0.14 4.636 0.874 7.1 17.414521 45 94 1555.9 0.6 0.364 0.088 16.9 17.414521 45 95 1579.4 0.2 1.183 0.250 12.0 17.414521 45 96 1600.0 0.8 0.255 0.065 18.5 17.414521 45 97 1608.5 0.5 0.899 0.246 21.1 17.414521 45 98 1612.72 0.14 7.759 1.551 9.8 17.414521 45 99 1632.3 1.6 0.123 0.052 38.5 17.414521 45 100 1645.2 0.3 1.041 0.205 9.1 17.414521 45 101 1664.8 0.4 0.662 0.149 14.3 17.414521 45 102 1695.4 0.5 0.407 0.100 17.4 17.414521 45 103 1710.9 0.3 0.899 0.183 10.5 17.414521 45 104 1717.4 0.6 0.331 0.111 28.6 17.414521 45 105 1738.1 0.5 0.426 0.120 22.2 17.414521 45 106 1742.5 1.2 0.161 0.055 29.4 17.414521 45 107 1760.4 0.7 0.378 0.115 25.0 17.414521 45 108 1784.1 0.2 2.791 0.564 10.2 17.414521 45 109 1803.4 0.4 0.662 0.149 14.3 17.414521 45 110 1811.3 0.6 0.284 0.107 33.3 17.414521 45 111 1815.5 0.4 0.568 0.137 16.7 17.414521 45 112 1831.6 0.7 0.345 0.093 20.5 17.414521 45 113 1847.2 0.2 1.750 0.359 10.8 17.414521 45 114 1906.4 0.8 0.274 0.078 22.4 17.414521 45 115 1920.2 0.8 0.270 0.077 22.8 17.414521 45 116 1930.6 0.8 0.270 0.077 22.8 17.414521 45 117 1939.8 0.4 0.615 0.143 15.4 17.414521 45 118 1951.4 0.8 0.255 0.076 24.1 17.414521 45 119 1957.2 0.4 0.520 0.131 18.2 17.414521 45 120 1963.1 1.4 0.147 0.062 38.7 17.414521 45 121 1970.1 0.3 1.514 0.300 9.4 17.414521 45 122 1977.4 0.8 0.274 0.086 25.9 17.414521 45 123 2014.3 0.8 0.274 0.078 22.4 17.414521 45 124 2025.8 1.2 0.189 0.066 30.0 17.414521 45 125 2044.4 0.8 0.298 0.092 25.4 17.414521 45 126 2049.2 0.9 0.213 0.080 33.3 17.414521 45 127 2079.5 0.8 0.246 0.075 25.0 17.414521 45 128 2098.6 0.3 1.230 0.257 11.5 17.414521 45 129 2106.4 0.3 2.082 0.433 11.4 17.414521 45 130 2139.4 0.8 0.260 0.076 23.6 17.414521 45 131 2159.7 0.5 0.520 0.131 18.2 17.414521 45 132 2213.4 1.2 0.170 0.064 33.3 17.414521 45 133 2236.2 0.5 0.568 0.173 25.0 17.414521 45 134 2239.9 0.5 0.615 0.178 23.1 17.414521 45 135 2260.0 1.6 0.123 0.061 46.2 17.414521 45 136 2286.0 0.3 2.744 0.556 10.3 17.414521 45 137 2292.3 0.6 0.345 0.093 20.5 17.414521 45 138 2347.9 0.5 0.473 0.112 16.0 17.414521 45 139 2364.8 0.7 0.341 0.093 20.8 17.414521 45 140 2377.1 1.0 0.208 0.071 29.5 17.414521 45 141 2391.4 0.7 0.345 0.093 20.5 17.414521 45 142 2428.9 0.9 0.274 0.082 24.1 17.414521 45 143 2433.2 0.6 0.397 0.103 19.0 17.414521 45 144 2445.2 0.5 0.568 0.137 16.7 17.414521 45 145 2476.8 0.5 0.899 0.183 10.5 17.414521 45 146 2571.0 1.0 0.199 0.071 31.0 17.414521 45 147 2699.5 0.6 0.378 0.100 20.0 17.414521 45 148 2726.3 0.7 0.336 0.092 21.1 17.414521 45 149 2822.1 1.7 0.132 0.066 46.4 17.414521 45 150 2849.3 0.9 0.274 0.086 25.9 17.414521 45 151 2876.4 1.0 0.222 0.077 29.8 17.414521 45 152 2887.1 1.7 0.128 0.065 48.1 17.414521 45 153 2940.4 1.0 0.246 0.083 28.8 17.414521 45 154 2964.1 0.8 0.383 0.116 24.7 17.414521 45 155 2981.8 0.9 0.326 0.110 29.0 17.414521 45 156 3262.3 1.4 0.166 0.077 42.9 17.414521 45 157 3315.3 1.3 0.218 0.085 34.8 17.414521 45 158 ENDDATA 133 0 14521 45 159 ENDSUBENT 158 0 14521 4599999 SUBENT 14521046 20190306 148014521 46 1 BIB 4 20 14521 46 2 REACTION (46-PD-110(N,INL)46-PD-110,PAR,SIG,G,SPA,DEROT) Partial14521 46 3 gamma-ray production cross section, relative to a 14521 46 4 specified gamma-line. 14521 46 5 SAMPLE Target was Pd, in elemental form, enriched in 14521 46 6 110Pd, with mass 4.4 g. Target was exposed for 14521 46 7 23.3 hours. 14521 46 8 (46-PD-102,ENR=0.0010) 14521 46 9 (46-PD-104,ENR=0.0010) 14521 46 10 (46-PD-105,ENR=0.0010) 14521 46 11 (46-PD-106,ENR=0.0010) 14521 46 12 (46-PD-108,ENR=0.0090) 14521 46 13 (46-PD-110,ENR=0.9900) 14521 46 14 ANALYSIS Partial gamma-ray cross sections are reported 14521 46 15 relative to the normalization transition at 14521 46 16 373.8 keV in 110Pd. 14521 46 17 STATUS (TABLE) Data received from A.Voyles and the 14521 46 18 authors of LBNL-1007259, using the methods it 14521 46 19 describes. Cross sections derived from gamma-ray 14521 46 20 intensities taken from table on pages 150-153 14521 46 21 of this work [1978DE41], as described in ANALYSIS. 14521 46 22 ENDBIB 20 0 14521 46 23 NOCOMMON 0 0 14521 46 24 DATA 6 126 14521 46 25 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 46 26 KEV KEV MB MB PER-CENT PER-CENT 14521 46 27 208.3 0.5 0.213 0.038 2.1 17.714521 46 28 230.2 0.5 0.269 0.066 16.7 17.714521 46 29 267.4 0.3 1.369 0.331 16.4 17.714521 46 30 275.0 0.3 0.516 0.114 13.0 17.714521 46 31 291.6 0.2 1.212 0.233 7.4 17.714521 46 32 298.8 0.3 0.494 0.125 18.2 17.714521 46 33 356.9 0.2 1.975 0.362 4.5 17.714521 46 34 373.8 0.08 224.398 39.826 0.0 17.714521 46 35 398.8 0.2 11.669 2.355 9.6 17.714521 46 36 401.0 0.7 1.571 0.729 42.9 17.714521 46 37 439.76 0.08 52.958 9.423 1.3 17.714521 46 38 463.9 0.4 0.404 0.085 11.1 17.714521 46 39 477.5 0.3 2.289 0.528 14.7 17.714521 46 40 547.04 0.1 20.645 3.832 5.4 17.714521 46 41 572.89 0.1 12.118 2.254 5.6 17.714521 46 42 584.48 0.1 3.703 0.694 6.1 17.714521 46 43 641.0 1.1 0.090 0.037 37.5 17.714521 46 44 648.51 0.16 1.144 0.222 7.8 17.714521 46 45 653.1 0.2 1.167 0.236 9.6 17.714521 46 46 656.42 0.15 2.087 0.394 6.5 17.714521 46 47 672.4 1.1 0.088 0.037 38.5 17.714521 46 48 687.7 0.3 0.359 0.078 12.5 17.714521 46 49 722.5 0.4 0.247 0.055 13.6 17.714521 46 50 729.9 1.0 0.157 0.053 28.6 17.714521 46 51 762.2 0.4 0.292 0.069 15.4 17.714521 46 52 770.3 0.2 1.369 0.268 8.2 17.714521 46 53 773.0 0.8 0.247 0.080 27.3 17.714521 46 54 796.83 0.1 4.129 0.781 6.5 17.714521 46 55 813.52 0.1 9.425 1.803 7.1 17.714521 46 56 838.5 0.3 6.732 1.639 16.7 17.714521 46 57 840.9 0.7 3.590 1.101 25.0 17.714521 46 58 905.2 0.2 1.840 0.353 7.3 17.714521 46 59 929.2 0.3 0.651 0.146 13.8 17.714521 46 60 941.5 1.2 0.070 0.034 45.2 17.714521 46 61 978.8 0.5 0.175 0.047 20.5 17.714521 46 62 1014.0 0.5 0.269 0.083 25.0 17.714521 46 63 1048.3 0.2 1.212 0.233 7.4 17.714521 46 64 1065.5 0.4 0.224 0.060 20.0 17.714521 46 65 1076.7 0.8 0.105 0.039 31.9 17.714521 46 66 1096.29 0.13 2.940 0.559 6.9 17.714521 46 67 1120.8 0.3 0.247 0.063 18.2 17.714521 46 68 1150.09 0.16 0.853 0.166 7.9 17.714521 46 69 1214.5 0.2 5.655 1.066 6.3 17.714521 46 70 1221.0 0.4 0.583 0.124 11.5 17.714521 46 71 1224.2 0.3 0.494 0.098 9.1 17.714521 46 72 1286.7 0.4 0.247 0.063 18.2 17.714521 46 73 1309.6 0.8 0.114 0.039 29.4 17.714521 46 74 1322.1 0.7 0.128 0.041 26.3 17.714521 46 75 1345.5 0.2 0.516 0.102 8.7 17.714521 46 76 1354.9 0.7 0.139 0.042 24.2 17.714521 46 77 1375.3 0.3 1.436 0.299 10.9 17.714521 46 78 1378.8 0.4 0.987 0.235 15.9 17.714521 46 79 1390.2 0.8 0.114 0.036 25.5 17.714521 46 80 1401.2 0.4 0.202 0.057 22.2 17.714521 46 81 1407.1 1.0 0.081 0.033 36.1 17.714521 46 82 1441.6 0.7 0.137 0.042 24.6 17.714521 46 83 1449.5 2.0 0.043 0.022 47.4 17.714521 46 84 1462.5 0.3 0.673 0.137 10.0 17.714521 46 85 1470.2 0.2 0.898 0.183 10.0 17.714521 46 86 1515.9 0.2 2.064 0.408 8.7 17.714521 46 87 1526.7 0.4 0.381 0.081 11.8 17.714521 46 88 1548.6 0.3 0.449 0.091 10.0 17.714521 46 89 1556.3 1.0 0.126 0.040 26.8 17.714521 46 90 1560.8 0.4 0.314 0.072 14.3 17.714521 46 91 1577.3 0.7 0.157 0.053 28.6 17.714521 46 92 1592.9 0.3 0.561 0.120 12.0 17.714521 46 93 1614.5 0.5 0.247 0.063 18.2 17.714521 46 94 1626.3 2.0 0.054 0.024 41.7 17.714521 46 95 1655.9 0.5 0.292 0.085 23.1 17.714521 46 96 1663.8 0.9 2.468 0.503 10.0 17.714521 46 97 1671.4 0.9 0.168 0.054 26.7 17.714521 46 98 1677.4 0.4 0.583 0.153 19.2 17.714521 46 99 1681.4 0.6 0.359 0.129 31.2 17.714521 46 100 1751.3 0.5 0.224 0.060 20.0 17.714521 46 101 1766.7 0.3 1.279 0.264 10.5 17.714521 46 102 1819.8 0.4 0.583 0.124 11.5 17.714521 46 103 1830.8 1.1 0.096 0.038 34.9 17.714521 46 104 1846.6 0.6 0.224 0.060 20.0 17.714521 46 105 1859.5 1.1 0.096 0.032 27.9 17.714521 46 106 1865.0 0.7 0.157 0.053 28.6 17.714521 46 107 1873.2 0.5 0.224 0.078 30.0 17.714521 46 108 1900.2 2.0 0.049 0.024 45.5 17.714521 46 109 1919.5 0.3 0.628 0.158 17.9 17.714521 46 110 1948.7 1.1 0.090 0.048 50.0 17.714521 46 111 1967.5 0.8 0.135 0.051 33.3 17.714521 46 112 1978.1 1.3 0.085 0.033 34.2 17.714521 46 113 2029.2 0.8 0.135 0.041 25.0 17.714521 46 114 2043.8 0.8 0.132 0.041 25.4 17.714521 46 115 2056.9 0.8 0.112 0.049 40.0 17.714521 46 116 2066.9 0.8 0.112 0.035 26.0 17.714521 46 117 2092.4 0.4 0.314 0.087 21.4 17.714521 46 118 2100.0 0.6 0.180 0.055 25.0 17.714521 46 119 2117.8 0.6 0.180 0.055 25.0 17.714521 46 120 2125.3 0.3 1.526 0.313 10.3 17.714521 46 121 2161.0 0.7 0.146 0.042 23.1 17.714521 46 122 2174.8 1.2 0.076 0.030 35.3 17.714521 46 123 2190.0 0.4 0.269 0.066 16.7 17.714521 46 124 2205.9 0.8 0.105 0.035 27.7 17.714521 46 125 2228.0 0.6 0.180 0.055 25.0 17.714521 46 126 2237.1 1.3 0.065 0.029 41.4 17.714521 46 127 2244.7 1.0 0.090 0.031 30.0 17.714521 46 128 2260.6 0.5 0.269 0.066 16.7 17.714521 46 129 2312.7 0.4 0.426 0.088 10.5 17.714521 46 130 2322.6 1.0 0.090 0.031 30.0 17.714521 46 131 2341.0 1.0 0.088 0.031 30.8 17.714521 46 132 2363.0 0.5 0.211 0.038 2.1 17.714521 46 133 2369.6 0.6 0.159 0.046 22.5 17.714521 46 134 2402.8 1.0 0.085 0.031 31.6 17.714521 46 135 2412.0 0.5 0.191 0.034 2.4 17.714521 46 136 2428.8 0.8 0.126 0.039 25.0 17.714521 46 137 2445.4 0.8 0.112 0.035 26.0 17.714521 46 138 2474.4 0.4 0.314 0.072 14.3 17.714521 46 139 2487.1 0.5 0.215 0.059 20.8 17.714521 46 140 2521.5 0.6 0.155 0.045 23.2 17.714521 46 141 2567.3 0.6 0.159 0.046 22.5 17.714521 46 142 2578.2 0.4 0.247 0.063 18.2 17.714521 46 143 2601.5 0.7 0.132 0.039 23.7 17.714521 46 144 2620.5 0.4 0.247 0.063 18.2 17.714521 46 145 2649.6 0.9 0.101 0.034 28.9 17.714521 46 146 2784.8 0.5 0.202 0.057 22.2 17.714521 46 147 2827.8 1.0 0.092 0.031 29.3 17.714521 46 148 2851.5 1.3 0.065 0.029 41.4 17.714521 46 149 2896.1 0.7 0.162 0.053 27.8 17.714521 46 150 2930.4 0.7 0.159 0.053 28.2 17.714521 46 151 2949.2 0.8 0.123 0.050 36.4 17.714521 46 152 2958.5 0.7 0.188 0.056 23.8 17.714521 46 153 ENDDATA 128 0 14521 46 154 ENDSUBENT 153 0 14521 4699999 SUBENT 14521047 20190306 148014521 47 1 BIB 4 14 14521 47 2 REACTION (47-AG-0(N,INL)47-AG-0,PAR,SIG,G,SPA,DEROT) Partial 14521 47 3 gamma-ray production cross section, relative to a 14521 47 4 specified gamma-line. 14521 47 5 SAMPLE Target was Ag, in elemental form, with natural 14521 47 6 abundance, and mass 25.5 g. Target was exposed for 14521 47 7 3.5 hours. 14521 47 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 47 9 relative to the normalization transition at 14521 47 10 551.0 keV in 107Ag. 14521 47 11 STATUS (TABLE) Data received from A.Voyles and the 14521 47 12 authors of LBNL-1007259, using the methods it 14521 47 13 describes. Cross sections derived from gamma-ray 14521 47 14 intensities taken from table on pages 154-156 14521 47 15 of this work [1978DE41], as described in ANALYSIS. 14521 47 16 ENDBIB 14 0 14521 47 17 NOCOMMON 0 0 14521 47 18 DATA 6 76 14521 47 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 47 20 KEV KEV MB MB PER-CENT PER-CENT 14521 47 21 206.4 0.2 53.442 10.216 15.1 11.714521 47 22 259.2 0.2 22.183 3.990 13.6 11.714521 47 23 300.4 0.3 13.108 3.393 23.1 11.714521 47 24 311.44 0.12 755.242 107.283 8.0 11.714521 47 25 324.95 0.12 815.742 113.215 7.4 11.714521 47 26 337.5 0.6 7.563 2.577 32.0 11.714521 47 27 363.6 0.6 10.083 3.248 30.0 11.714521 47 28 390.6 0.3 28.233 4.486 10.7 11.714521 47 29 415.17 0.1 468.875 58.584 4.3 11.714521 47 30 423.25 0.1 468.875 58.584 4.3 11.714521 47 31 447.45 0.15 46.383 6.226 6.5 11.714521 47 32 461.84 0.17 43.358 5.918 7.0 11.714521 47 33 476.9 0.0 9.075 2.280 22.2 11.714521 47 34 496.95 0.1 58.483 7.958 6.9 11.714521 47 35 526.51 0.1 55.458 7.655 7.3 11.714521 47 36 540.3 1.0 9.075 4.171 44.4 11.714521 47 37 550.61 0.1 100.833 11.829 0.0 11.714521 47 38 579.8 0.4 8.067 2.228 25.0 11.714521 47 39 587.7 0.7 3.832 1.870 47.4 11.714521 47 40 602.2 0.3 25.208 5.001 16.0 11.714521 47 41 624.8 0.2 43.358 6.491 9.3 11.714521 47 42 636.4 0.2 59.492 8.061 6.8 11.714521 47 43 640.9 0.2 39.325 5.517 7.7 11.714521 47 44 647.54 0.12 109.908 13.844 4.6 11.714521 47 45 657.5 0.4 8.067 2.228 25.0 11.714521 47 46 675.5 0.3 23.192 4.068 13.0 11.714521 47 47 701.97 0.12 110.917 14.349 5.5 11.714521 47 48 707.07 0.12 88.733 12.040 6.8 11.714521 47 49 719.7 0.6 24.200 5.786 20.8 11.714521 47 50 723.9 0.6 24.200 5.786 20.8 11.714521 47 51 736.9 0.4 15.125 2.686 13.3 11.714521 47 52 745.2 0.3 15.125 2.686 13.3 11.714521 47 53 763.1 0.6 10.083 2.338 20.0 11.714521 47 54 778.6 0.7 55.458 14.634 23.6 11.714521 47 55 782.3 0.6 75.625 15.828 17.3 11.714521 47 56 786.6 0.3 101.842 19.274 14.9 11.714521 47 57 796.6 0.3 19.158 3.769 15.8 11.714521 47 58 804.2 0.3 19.158 3.769 15.8 11.714521 47 59 818.4 0.3 25.208 4.230 12.0 11.714521 47 60 829.0 0.13 71.592 9.317 5.6 11.714521 47 61 844.9 0.4 12.100 4.276 33.3 11.714521 47 62 863.3 0.8 18.150 6.414 33.3 11.714521 47 63 882.5 0.2 22.183 3.990 13.6 11.714521 47 64 898.1 0.0 27.225 4.399 11.1 11.714521 47 65 934.2 0.6 8.067 2.228 25.0 11.714521 47 66 948.9 0.4 19.158 3.769 15.8 11.714521 47 67 967.5 0.2 33.275 4.938 9.1 11.714521 47 68 1012.3 0.0 39.325 6.128 10.3 11.714521 47 69 1048.9 1.0 10.083 3.248 30.0 11.714521 47 70 1069.3 0.8 7.058 3.136 42.9 11.714521 47 71 1075.8 1.2 3.025 1.554 50.0 11.714521 47 72 1124.7 0.4 12.100 2.466 16.7 11.714521 47 73 1130.2 0.6 5.042 2.102 40.0 11.714521 47 74 1142.6 0.0 62.517 8.900 8.1 11.714521 47 75 1150.2 0.8 4.033 2.071 50.0 11.714521 47 76 1165.8 0.3 26.217 4.314 11.5 11.714521 47 77 1212.6 0.6 10.083 3.248 30.0 11.714521 47 78 1229.0 0.5 22.183 4.800 18.2 11.714521 47 79 1233.3 0.4 27.225 5.145 14.8 11.714521 47 80 1248.8 0.8 4.033 2.071 50.0 11.714521 47 81 1264.2 0.5 9.075 2.280 22.2 11.714521 47 82 1324.2 0.9 4.033 2.071 50.0 11.714521 47 83 1376.0 0.6 9.075 2.280 22.2 11.714521 47 84 1391.0 0.4 16.133 3.568 18.8 11.714521 47 85 1408.2 0.5 14.117 3.449 21.4 11.714521 47 86 1428.2 0.6 12.100 3.341 25.0 11.714521 47 87 1512.6 0.6 10.083 2.338 20.0 11.714521 47 88 1545.9 0.9 6.050 2.138 33.3 11.714521 47 89 1555.0 0.6 10.083 2.338 20.0 11.714521 47 90 1600.0 0.0 9.075 2.280 22.2 11.714521 47 91 1617.0 0.8 7.058 2.180 28.6 11.714521 47 92 1651.0 1.2 4.033 2.071 50.0 11.714521 47 93 1820.3 0.0 7.058 3.136 42.9 11.714521 47 94 1834.7 1.5 7.058 3.136 42.9 11.714521 47 95 1854.0 1.6 6.050 3.107 50.0 11.714521 47 96 1970.2 1.4 5.042 2.102 40.0 11.714521 47 97 ENDDATA 78 0 14521 47 98 ENDSUBENT 97 0 14521 4799999 SUBENT 14521048 20190306 148014521 48 1 BIB 4 14 14521 48 2 REACTION (48-CD-0(N,INL)48-CD-0,PAR,SIG,G,SPA,DEROT) Partial 14521 48 3 gamma-ray production cross section, relative to a 14521 48 4 specified gamma-line. 14521 48 5 SAMPLE Target was Cd, in elemental form, with natural 14521 48 6 abundance, and mass 76.2 g. Target was exposed for 14521 48 7 3.4 hours. 14521 48 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 48 9 relative to the normalization transition at 14521 48 10 558.0 keV in 114Cd. 14521 48 11 STATUS (TABLE) Data received from A.Voyles and the 14521 48 12 authors of LBNL-1007259, using the methods it 14521 48 13 describes. Cross sections derived from gamma-ray 14521 48 14 intensities taken from table on pages 156-158 14521 48 15 of this work [1978DE41], as described in ANALYSIS. 14521 48 16 ENDBIB 14 0 14521 48 17 NOCOMMON 0 0 14521 48 18 DATA 6 87 14521 48 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 48 20 KEV KEV MB MB PER-CENT PER-CENT 14521 48 21 150.8 0.4 34.949 7.364 17.6 11.414521 48 22 159.7 0.8 13.706 3.772 25.0 11.414521 48 23 171.3 0.3 75.380 16.221 18.2 11.414521 48 24 229.0 0.5 14.391 3.203 19.0 11.414521 48 25 245.4 0.0 349.491 48.680 7.8 11.414521 48 26 258.72 0.1 60.990 10.812 13.5 11.414521 48 27 284.32 0.15 36.320 6.894 15.1 11.414521 48 28 298.62 0.1 219.288 32.554 9.4 11.414521 48 29 316.33 0.1 150.761 22.113 9.1 11.414521 48 30 332.77 0.15 37.005 5.467 9.3 11.414521 48 31 341.98 0.1 150.761 22.113 9.1 11.414521 48 32 374.7 0.2 28.782 4.300 9.5 11.414521 48 33 392.2 0.3 18.502 2.960 11.1 11.414521 48 34 400.7 0.6 7.538 2.231 27.3 11.414521 48 35 446.2 0.4 10.964 2.412 18.7 11.414521 48 36 513.6 1.0 109.644 36.514 31.2 11.414521 48 37 558.04 0.0 685.275 78.879 0.0 11.414521 48 38 575.7 0.15 32.893 4.674 8.3 11.414521 48 39 583.76 0.2 34.264 4.803 8.0 11.414521 48 40 607.1 0.2 34.264 5.224 10.0 11.414521 48 41 617.5 0.15 561.926 76.643 7.3 11.414521 48 42 632.6 0.2 37.005 5.065 7.4 11.414521 48 43 651.0 0.2 123.350 24.985 16.7 11.414521 48 44 657.6 0.2 253.552 40.039 10.8 11.414521 48 45 680.3 0.2 21.244 3.195 9.7 11.414521 48 46 694.6 0.2 68.528 11.395 12.0 11.414521 48 47 699.6 0.6 8.223 1.666 16.7 11.414521 48 48 706.9 0.3 26.726 4.120 10.3 11.414521 48 49 725.1 0.2 65.101 9.705 9.5 11.414521 48 50 747.5 0.8 8.223 1.666 16.7 11.414521 48 51 752.4 0.3 19.873 3.076 10.3 11.414521 48 52 769.0 0.0 8.909 2.297 23.1 11.414521 48 53 797.9 0.2 63.045 9.095 8.7 11.414521 48 54 805.9 0.3 40.431 7.191 13.6 11.414521 48 55 816.7 0.0 41.117 5.843 8.3 11.414521 48 56 851.0 0.2 29.467 4.361 9.3 11.414521 48 57 877.8 0.6 8.909 2.297 23.1 11.414521 48 58 884.2 0.3 38.375 5.590 8.9 11.414521 48 59 897.0 0.8 5.140 1.186 20.0 11.414521 48 60 934.2 0.0 3.358 0.787 20.4 11.414521 48 61 957.5 0.3 8.909 1.712 15.4 11.414521 48 62 988.1 0.3 6.099 1.245 16.9 11.414521 48 63 996.7 0.0 12.335 2.498 16.7 11.414521 48 64 1015.4 0.3 18.502 2.960 11.1 11.414521 48 65 1034.3 0.0 8.909 2.297 23.1 11.414521 48 66 1050.5 0.0 7.538 2.231 27.3 11.414521 48 67 1077.3 0.0 8.909 2.297 23.1 11.414521 48 68 1115.6 0.3 28.782 4.300 9.5 11.414521 48 69 1126.2 0.0 16.447 2.795 12.5 11.414521 48 70 1147.7 0.0 4.180 1.135 24.6 11.414521 48 71 1162.1 0.0 3.632 1.110 28.3 11.414521 48 72 1174.0 0.0 10.964 2.412 18.7 11.414521 48 73 1209.3 0.2 30.837 4.485 8.9 11.414521 48 74 1213.7 0.8 6.853 1.581 20.0 11.414521 48 75 1252.6 0.3 9.594 2.334 21.4 11.414521 48 76 1283.2 0.4 8.223 1.666 16.7 11.414521 48 77 1299.7 0.8 4.591 0.865 14.9 11.414521 48 78 1305.0 0.4 12.335 1.973 11.1 11.414521 48 79 1311.8 0.3 19.188 3.017 10.7 11.414521 48 80 1320.7 0.6 4.591 0.865 14.9 11.414521 48 81 1363.9 0.0 28.782 3.899 7.1 11.414521 48 82 1387.5 0.3 18.502 2.960 11.1 11.414521 48 83 1399.4 0.3 20.558 3.135 10.0 11.414521 48 84 1406.6 0.8 6.167 1.249 16.7 11.414521 48 85 1420.5 0.4 10.964 1.863 12.5 11.414521 48 86 1436.8 0.8 3.152 0.775 21.7 11.414521 48 87 1446.7 0.4 9.594 1.760 14.3 11.414521 48 88 1468.4 0.3 19.188 3.520 14.3 11.414521 48 89 1475.6 0.4 12.335 2.498 16.7 11.414521 48 90 1489.4 0.3 8.909 1.712 15.4 11.414521 48 91 1504.6 0.3 10.964 1.863 12.5 11.414521 48 92 1527.1 0.6 3.084 0.772 22.2 11.414521 48 93 1537.8 0.4 6.305 1.258 16.3 11.414521 48 94 1603.1 0.0 2.741 1.075 37.5 11.414521 48 95 1613.7 0.4 5.003 1.178 20.5 11.414521 48 96 1630.3 0.4 5.003 1.178 20.5 11.414521 48 97 1645.2 0.6 5.140 1.186 20.0 11.414521 48 98 1660.1 0.4 8.223 1.666 16.7 11.414521 48 99 1697.9 0.5 3.152 0.775 21.7 11.414521 48 100 1783.2 0.0 8.909 2.297 23.1 11.414521 48 101 1797.8 0.8 4.317 1.142 23.8 11.414521 48 102 1825.5 0.6 6.853 1.581 20.0 11.414521 48 103 2102.9 1.0 3.289 1.095 31.2 11.414521 48 104 2190.8 1.0 2.741 1.075 37.5 11.414521 48 105 2210.2 1.2 4.043 1.128 25.4 11.414521 48 106 2454.8 1.0 4.865 1.481 28.2 11.414521 48 107 2505.8 1.0 5.619 1.516 24.4 11.414521 48 108 ENDDATA 89 0 14521 48 109 ENDSUBENT 108 0 14521 4899999 SUBENT 14521049 20190306 148014521 49 1 BIB 4 22 14521 49 2 REACTION (48-CD-110(N,INL)48-CD-110,PAR,SIG,G,SPA,DEROT) Partial14521 49 3 gamma-ray production cross section, relative to a 14521 49 4 specified gamma-line. 14521 49 5 SAMPLE Target was Cd, in elemental form, enriched in 14521 49 6 110Cd, with mass 10.0 g. Target was exposed for 14521 49 7 3.4 hours. 14521 49 8 (48-CD-106,ENR=0.0000) 14521 49 9 (48-CD-108,ENR=0.0000) 14521 49 10 (48-CD-110,ENR=0.9150) 14521 49 11 (48-CD-111,ENR=0.0320) 14521 49 12 (48-CD-112,ENR=0.0220) 14521 49 13 (48-CD-113,ENR=0.0100) 14521 49 14 (48-CD-114,ENR=0.0170) 14521 49 15 (48-CD-116,ENR=0.0040) 14521 49 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 49 17 relative to the normalization transition at 14521 49 18 657.72 keV in 110Cd. 14521 49 19 STATUS (TABLE) Data received from A.Voyles and the 14521 49 20 authors of LBNL-1007259, using the methods it 14521 49 21 describes. Cross sections derived from gamma-ray 14521 49 22 intensities taken from table on pages 158-160 14521 49 23 of this work [1978DE41], as described in ANALYSIS. 14521 49 24 ENDBIB 22 0 14521 49 25 NOCOMMON 0 0 14521 49 26 DATA 6 62 14521 49 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 49 28 KEV KEV MB MB PER-CENT PER-CENT 14521 49 29 399.5 0.3 1.090 0.200 9.3 15.714521 49 30 409.8 0.5 0.558 0.134 18.2 15.714521 49 31 657.72 0.0 253.552 40.044 0.0 15.714521 49 32 677.7 0.2 2.738 0.478 7.4 15.714521 49 33 687.3 0.4 2.333 0.587 19.6 15.714521 49 34 744.2 0.3 1.724 0.312 8.8 15.714521 49 35 817.7 0.0 37.526 6.119 4.1 15.714521 49 36 884.67 0.0 27.384 4.442 3.7 15.714521 49 37 907.4 0.6 0.330 0.092 23.1 15.714521 49 38 937.3 0.3 1.318 0.258 11.5 15.714521 49 39 957.6 0.2 1.521 0.314 13.3 15.714521 49 40 997.2 0.0 4.310 0.768 8.2 15.714521 49 41 1003.7 0.3 1.445 0.341 17.5 15.714521 49 42 1015.4 0.2 1.445 0.341 17.5 15.714521 49 43 1073.4 0.2 4.057 0.689 6.2 15.714521 49 44 1086.3 0.3 0.837 0.202 18.2 15.714521 49 45 1116.6 0.2 1.800 0.335 9.9 15.714521 49 46 1125.2 0.2 11.410 1.872 4.4 15.714521 49 47 1163.3 0.2 2.079 0.386 9.8 15.714521 49 48 1176.4 0.4 0.609 0.180 25.0 15.714521 49 49 1185.2 0.3 1.547 0.302 11.5 15.714521 49 50 1206.8 0.3 1.065 0.245 16.7 15.714521 49 51 1281.7 0.4 0.685 0.167 18.5 15.714521 49 52 1298.9 0.3 0.735 0.172 17.2 15.714521 49 53 1321.2 0.4 0.532 0.113 14.3 15.714521 49 54 1340.0 0.5 0.380 0.079 13.3 15.714521 49 55 1364.0 0.4 0.507 0.110 15.0 15.714521 49 56 1385.0 0.5 0.355 0.076 14.3 15.714521 49 57 1397.3 0.5 0.406 0.082 12.5 15.714521 49 58 1420.7 0.2 10.396 1.809 7.3 15.714521 49 59 1441.8 0.4 0.482 0.108 15.8 15.714521 49 60 1450.7 0.7 0.279 0.088 27.3 15.714521 49 61 1464.8 0.3 0.507 0.150 25.0 15.714521 49 62 1475.77 0.0 11.917 1.949 4.3 15.714521 49 63 1505.1 0.2 4.995 0.821 4.6 15.714521 49 64 1577.3 0.4 0.583 0.119 13.0 15.714521 49 65 1591.7 0.4 0.609 0.140 16.7 15.714521 49 66 1601.8 0.4 0.558 0.116 13.6 15.714521 49 67 1611.6 0.7 0.279 0.088 27.3 15.714521 49 68 1629.3 0.2 4.767 0.780 4.3 15.714521 49 69 1638.9 0.6 0.355 0.094 21.4 15.714521 49 70 1662.8 0.6 0.380 0.097 20.0 15.714521 49 71 1672.9 0.4 0.609 0.123 12.5 15.714521 49 72 1697.6 0.2 2.434 0.413 6.2 15.714521 49 73 1775.3 0.3 0.609 0.140 16.7 15.714521 49 74 1782.9 0.2 3.600 0.589 4.2 15.714521 49 75 1823.7 0.3 1.572 0.321 12.9 15.714521 49 76 1901.5 0.5 0.431 0.102 17.6 15.714521 49 77 1907.7 0.3 1.318 0.232 7.7 15.714521 49 78 1975.2 0.3 1.242 0.221 8.2 15.714521 49 79 2004.9 0.3 0.761 0.142 10.0 15.714521 49 80 2130.0 0.3 0.913 0.163 8.3 15.714521 49 81 2210.3 0.3 1.141 0.207 8.9 15.714521 49 82 2257.8 0.4 0.482 0.108 15.8 15.714521 49 83 2317.5 0.5 0.456 0.105 16.7 15.714521 49 84 2444.3 0.4 0.609 0.140 16.7 15.714521 49 85 2477.6 0.5 0.482 0.127 21.1 15.714521 49 86 2510.8 0.4 0.634 0.143 16.0 15.714521 49 87 2534.0 0.4 0.583 0.157 21.7 15.714521 49 88 2599.2 0.4 0.735 0.172 17.2 15.714521 49 89 2648.9 0.3 1.471 0.292 12.1 15.714521 49 90 2682.6 0.6 0.431 0.122 23.5 15.714521 49 91 ENDDATA 64 0 14521 49 92 ENDSUBENT 91 0 14521 4999999 SUBENT 14521050 20190306 148014521 50 1 BIB 4 22 14521 50 2 REACTION (48-CD-112(N,INL)48-CD-112,PAR,SIG,G,SPA,DEROT) Partial14521 50 3 gamma-ray production cross section, relative to a 14521 50 4 specified gamma-line. 14521 50 5 SAMPLE Target was Cd, in elemental form, enriched in 14521 50 6 112Cd, with mass 10.0 g. Target was exposed for 14521 50 7 3.4 hours. 14521 50 8 (48-CD-106,ENR=0.0004) 14521 50 9 (48-CD-108,ENR=0.0014) 14521 50 10 (48-CD-110,ENR=0.0030) 14521 50 11 (48-CD-111,ENR=0.0096) 14521 50 12 (48-CD-112,ENR=0.9575) 14521 50 13 (48-CD-113,ENR=0.0168) 14521 50 14 (48-CD-114,ENR=0.0102) 14521 50 15 (48-CD-116,ENR=0.0012) 14521 50 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 50 17 relative to the normalization transition at 14521 50 18 617.5 keV in 112Cd. 14521 50 19 STATUS (TABLE) Data received from A.Voyles and the 14521 50 20 authors of LBNL-1007259, using the methods it 14521 50 21 describes. Cross sections derived from gamma-ray 14521 50 22 intensities taken from table on pages 160-161 14521 50 23 of this work [1978DE41], as described in ANALYSIS. 14521 50 24 ENDBIB 22 0 14521 50 25 NOCOMMON 0 0 14521 50 26 DATA 6 62 14521 50 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 50 28 KEV KEV MB MB PER-CENT PER-CENT 14521 50 29 402.5 0.2 7.305 1.502 15.4 13.614521 50 30 584.0 0.2 5.619 1.360 20.0 13.614521 50 31 607.0 0.4 43.830 7.480 10.3 13.614521 50 32 617.5 0.1 561.926 76.640 0.0 13.614521 50 33 649.7 0.3 2.866 0.828 25.5 13.614521 50 34 654.3 0.4 0.843 0.519 60.0 13.614521 50 35 656.9 0.4 0.731 0.515 69.2 13.614521 50 36 661.1 0.2 4.439 0.754 10.1 13.614521 50 37 680.3 0.2 2.697 0.581 16.7 13.614521 50 38 694.5 0.2 67.993 12.161 11.6 13.614521 50 39 751.8 0.2 13.486 2.904 16.7 13.614521 50 40 768.8 0.4 3.821 0.621 8.8 13.614521 50 41 797.7 0.2 60.126 9.352 7.5 13.614521 50 42 815.7 0.3 6.799 1.056 7.4 13.614521 50 43 850.9 0.2 42.144 6.398 6.7 13.614521 50 44 878.5 0.5 2.079 0.441 16.2 13.614521 50 45 883.2 0.5 1.461 0.392 23.1 13.614521 50 46 957.3 0.2 14.610 2.288 7.7 13.614521 50 47 987.0 0.2 3.259 0.594 12.1 13.614521 50 48 1034.1 0.3 1.180 0.324 23.8 13.614521 50 49 1064.4 0.5 0.731 0.246 30.8 13.614521 50 50 1076.7 0.3 2.360 0.427 11.9 13.614521 50 51 1090.4 0.3 2.360 0.553 19.0 13.614521 50 52 1103.1 0.2 5.675 0.957 9.9 13.614521 50 53 1126.5 0.3 1.461 0.392 23.1 13.614521 50 54 1154.7 0.3 1.967 0.476 20.0 13.614521 50 55 1175.3 0.3 2.135 0.446 15.8 13.614521 50 56 1194.4 0.5 1.011 0.218 16.7 13.614521 50 57 1253.2 0.2 11.126 1.583 4.0 13.614521 50 58 1274.5 0.6 0.281 0.173 60.0 13.614521 50 59 1282.2 0.6 0.393 0.125 28.6 13.614521 50 60 1312.3 0.2 26.411 3.713 3.4 13.614521 50 61 1322.5 0.4 1.405 0.340 20.0 13.614521 50 62 1336.6 1.0 0.281 0.119 40.0 13.614521 50 63 1357.1 0.4 2.135 0.337 7.9 13.614521 50 64 1387.6 0.3 24.500 3.433 3.2 13.614521 50 65 1424.2 0.5 1.236 0.428 31.8 13.614521 50 66 1446.8 0.4 10.115 2.178 16.7 13.614521 50 67 1468.8 0.3 23.601 3.314 3.3 13.614521 50 68 1504.0 0.4 8.991 1.663 12.5 13.614521 50 69 1538.5 0.4 10.115 2.178 16.7 13.614521 50 70 1555.1 0.6 1.461 0.441 26.9 13.614521 50 71 1613.4 0.4 8.991 1.663 12.5 13.614521 50 72 1633.0 0.7 0.618 0.188 27.3 13.614521 50 73 1638.2 0.6 0.562 0.185 30.0 13.614521 50 74 1661.0 0.6 0.618 0.188 27.3 13.614521 50 75 1682.2 0.6 0.618 0.348 54.5 13.614521 50 76 1687.3 0.6 5.057 0.855 10.0 13.614521 50 77 1797.4 0.5 1.742 0.508 25.8 13.614521 50 78 1829.2 0.8 0.618 0.188 27.3 13.614521 50 79 1850.8 0.7 0.899 0.307 31.2 13.614521 50 80 1888.3 0.7 0.899 0.307 31.2 13.614521 50 81 2055.9 0.5 2.922 0.522 11.5 13.614521 50 82 2105.9 0.5 2.360 0.466 14.3 13.614521 50 83 2146.6 0.7 1.292 0.286 17.4 13.614521 50 84 2211.8 0.6 1.686 0.363 16.7 13.614521 50 85 2330.4 0.8 1.573 0.400 21.4 13.614521 50 86 2506.8 0.5 4.046 0.749 12.5 13.614521 50 87 2527.0 0.8 0.674 0.243 33.3 13.614521 50 88 2537.6 0.7 1.124 0.370 30.0 13.614521 50 89 2552.0 0.7 0.899 0.307 31.2 13.614521 50 90 2828.9 0.8 1.405 0.489 32.0 13.614521 50 91 ENDDATA 64 0 14521 50 92 ENDSUBENT 91 0 14521 5099999 SUBENT 14521051 20190306 148014521 51 1 BIB 4 22 14521 51 2 REACTION (48-CD-114(N,INL)48-CD-114,PAR,SIG,G,SPA,DEROT) Partial14521 51 3 gamma-ray production cross section, relative to a 14521 51 4 specified gamma-line. 14521 51 5 SAMPLE Target was Cd, in elemental form, enriched in 14521 51 6 114Cd, with mass 10.0 g. Target was exposed for 14521 51 7 3.4 hours. 14521 51 8 (48-CD-106,ENR=0.0001) 14521 51 9 (48-CD-108,ENR=0.0001) 14521 51 10 (48-CD-110,ENR=0.0010) 14521 51 11 (48-CD-111,ENR=0.0013) 14521 51 12 (48-CD-112,ENR=0.0036) 14521 51 13 (48-CD-113,ENR=0.0016) 14521 51 14 (48-CD-114,ENR=0.9900) 14521 51 15 (48-CD-116,ENR=0.0024) 14521 51 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 51 17 relative to the normalization transition at 14521 51 18 558.04 keV in 114Cd. 14521 51 19 STATUS (TABLE) Data received from A.Voyles and the 14521 51 20 authors of LBNL-1007259, using the methods it 14521 51 21 describes. Cross sections derived from gamma-ray 14521 51 22 intensities taken from table on pages 162-164 14521 51 23 of this work [1978DE41], as described in ANALYSIS. 14521 51 24 ENDBIB 22 0 14521 51 25 NOCOMMON 0 0 14521 51 26 DATA 6 72 14521 51 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 51 28 KEV KEV MB MB PER-CENT PER-CENT 14521 51 29 367.7 0.6 4.249 0.639 9.7 11.414521 51 30 448.3 0.8 2.398 0.676 25.7 11.414521 51 31 463.4 0.6 1.028 0.362 33.3 11.414521 51 32 478.1 0.7 2.673 0.689 23.1 11.414521 51 33 522.3 0.6 7.949 1.230 10.3 11.414521 51 34 558.04 0.0 685.275 78.879 0.0 11.414521 51 35 575.7 0.2 52.766 6.412 3.9 11.414521 51 36 651.0 0.2 132.943 15.364 1.0 11.414521 51 37 655.1 0.8 8.909 2.297 23.1 11.414521 51 38 707.1 0.3 14.391 2.150 9.5 11.414521 51 39 725.1 0.2 88.401 10.267 1.6 11.414521 51 40 742.4 0.8 3.015 1.020 31.8 11.414521 51 41 747.9 0.2 50.025 6.701 6.8 11.414521 51 42 786.8 0.9 1.713 0.846 48.0 11.414521 51 43 805.6 0.3 43.858 5.451 4.7 11.414521 51 44 818.7 0.5 2.124 0.478 19.4 11.414521 51 45 825.7 0.5 1.165 0.305 23.5 11.414521 51 46 867.8 0.7 4.660 1.665 33.8 11.414521 51 47 920.4 0.8 3.015 0.708 20.5 11.414521 51 48 943.0 0.8 3.084 0.712 20.0 11.414521 51 49 994.5 0.6 5.277 1.194 19.5 11.414521 51 50 999.0 0.8 1.713 0.846 48.0 11.414521 51 51 1026.1 0.7 0.685 0.220 30.0 11.414521 51 52 1100.9 0.7 1.508 0.384 22.7 11.414521 51 53 1107.4 0.6 5.688 0.854 9.6 11.414521 51 54 1161.4 0.8 1.028 0.362 33.3 11.414521 51 55 1173.9 0.3 14.665 2.454 12.1 11.414521 51 56 1183.7 0.9 1.165 0.564 47.1 11.414521 51 57 1209.4 0.8 38.375 4.625 3.6 11.414521 51 58 1282.9 0.2 11.855 1.839 10.4 11.414521 51 59 1292.8 0.3 10.964 1.262 0.0 11.414521 51 60 1300.6 0.4 5.893 0.872 9.3 11.414521 51 61 1305.1 0.3 14.939 1.805 3.7 11.414521 51 62 1315.1 0.7 1.028 0.494 46.7 11.414521 51 63 1331.7 0.7 1.713 0.846 48.0 11.414521 51 64 1364.1 0.2 40.431 4.852 3.4 11.414521 51 65 1371.3 0.7 3.084 0.543 13.3 11.414521 51 66 1399.0 0.3 28.096 3.512 4.9 11.414521 51 67 1433.5 0.5 2.741 0.466 12.5 11.414521 51 68 1448.1 0.5 1.850 0.403 18.5 11.414521 51 69 1472.8 0.5 1.508 0.384 22.7 11.414521 51 70 1489.5 0.3 13.980 1.807 5.9 11.414521 51 71 1522.0 0.8 1.028 0.362 33.3 11.414521 51 72 1577.4 0.8 1.165 0.368 29.4 11.414521 51 73 1593.3 0.6 3.838 0.559 8.9 11.414521 51 74 1645.9 0.8 3.906 0.609 10.5 11.414521 51 75 1660.7 0.5 10.348 2.200 17.9 11.414521 51 76 1828.8 0.4 6.990 0.850 3.9 11.414521 51 77 1842.6 1.0 3.906 0.609 10.5 11.414521 51 78 1878.9 0.7 2.261 0.378 12.1 11.414521 51 79 2022.4 0.7 1.165 0.305 23.5 11.414521 51 80 2079.4 0.6 1.439 0.264 14.3 11.414521 51 81 2087.8 0.8 1.028 0.362 33.3 11.414521 51 82 2101.9 0.6 4.112 0.833 16.7 11.414521 51 83 2141.3 0.7 1.645 0.333 16.7 11.414521 51 84 2191.7 0.6 2.878 0.430 9.5 11.414521 51 85 2209.5 0.6 2.878 0.700 21.4 11.414521 51 86 2254.9 0.6 2.467 0.395 11.1 11.414521 51 87 2316.1 0.9 1.782 0.585 30.8 11.414521 51 88 2397.6 0.7 2.193 0.326 9.4 11.414521 51 89 2456.2 0.4 6.647 0.813 4.1 11.414521 51 90 2551.2 0.6 2.810 0.424 9.8 11.414521 51 91 2650.0 0.6 2.878 0.477 11.9 11.414521 51 92 2698.3 0.8 1.439 0.381 23.8 11.414521 51 93 2708.6 0.7 2.536 0.450 13.5 11.414521 51 94 2739.1 0.8 1.713 0.395 20.0 11.414521 51 95 2766.3 0.5 2.604 0.406 10.5 11.414521 51 96 2800.7 0.6 2.193 0.373 12.5 11.414521 51 97 2812.3 0.6 1.439 0.264 14.3 11.414521 51 98 2986.2 0.7 1.233 0.309 22.2 11.414521 51 99 2999.1 0.6 2.604 0.406 10.5 11.414521 51 100 3108.8 0.7 2.604 0.625 21.1 11.414521 51 101 ENDDATA 74 0 14521 51 102 ENDSUBENT 101 0 14521 5199999 SUBENT 14521052 20190306 148014521 52 1 BIB 4 22 14521 52 2 REACTION (48-CD-116(N,INL)48-CD-116,PAR,SIG,G,SPA,DEROT) Partial14521 52 3 gamma-ray production cross section, relative to a 14521 52 4 specified gamma-line. 14521 52 5 SAMPLE Target was Cd, in elemental form, enriched in 14521 52 6 116Cd, with mass 10.0 g. Target was exposed for 14521 52 7 3.4 hours. 14521 52 8 (48-CD-106,ENR=0.0001) 14521 52 9 (48-CD-108,ENR=0.0001) 14521 52 10 (48-CD-110,ENR=0.0060) 14521 52 11 (48-CD-111,ENR=0.0075) 14521 52 12 (48-CD-112,ENR=0.0230) 14521 52 13 (48-CD-113,ENR=0.0088) 14521 52 14 (48-CD-114,ENR=0.0485) 14521 52 15 (48-CD-116,ENR=0.9060) 14521 52 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 52 17 relative to the normalization transition at 14521 52 18 513.6 keV in 116Cd. 14521 52 19 STATUS (TABLE) Data received from A.Voyles and the 14521 52 20 authors of LBNL-1007259, using the methods it 14521 52 21 describes. Cross sections derived from gamma-ray 14521 52 22 intensities taken from table on pages 164-165 14521 52 23 of this work [1978DE41], as described in ANALYSIS. 14521 52 24 ENDBIB 22 0 14521 52 25 NOCOMMON 0 0 14521 52 26 DATA 6 52 14521 52 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 52 28 KEV KEV MB MB PER-CENT PER-CENT 14521 52 29 423.2 0.5 0.515 0.180 10.6 33.314521 52 30 513.6 0.4 109.644 36.517 0.0 33.314521 52 31 553.1 0.3 0.877 0.308 11.2 33.314521 52 32 657.0 0.2 1.754 0.671 18.7 33.314521 52 33 666.5 0.0 0.822 0.288 10.7 33.314521 52 34 699.9 0.2 13.925 4.792 8.7 33.314521 52 35 706.2 0.2 17.104 5.781 5.8 33.314521 52 36 725.5 0.5 0.702 0.243 9.4 33.314521 52 37 769.3 0.2 3.684 1.239 4.8 33.314521 52 38 797.6 0.5 0.307 0.135 28.6 33.314521 52 39 807.3 0.3 1.305 0.454 10.1 33.314521 52 40 867.2 0.2 3.838 1.297 5.7 33.314521 52 41 1029.8 0.2 2.072 0.697 4.8 33.314521 52 42 1120.0 4.0 0.669 0.236 11.5 33.314521 52 43 1129.5 0.2 3.805 1.278 4.3 33.314521 52 44 1157.3 0.0 1.294 0.434 4.2 33.314521 52 45 1213.5 0.2 6.688 2.252 4.9 33.314521 52 46 1304.9 0.4 0.800 0.272 6.8 33.314521 52 47 1364.7 0.5 0.285 0.105 15.4 33.314521 52 48 1385.5 0.5 0.362 0.128 12.1 33.314521 52 49 1401.9 0.3 2.467 0.836 6.2 33.314521 52 50 1408.4 0.3 3.947 1.333 5.6 33.314521 52 51 1415.4 0.3 1.162 0.399 8.5 33.314521 52 52 1422.0 0.7 0.186 0.076 23.5 33.314521 52 53 1438.0 0.3 2.226 0.748 4.4 33.314521 52 54 1528.2 0.0 1.623 0.548 5.4 33.314521 52 55 1604.5 0.3 1.963 0.661 5.0 33.314521 52 56 1641.8 0.0 2.412 0.833 9.1 33.314521 52 57 1780.2 0.3 1.327 0.450 6.6 33.314521 52 58 1805.2 0.7 0.186 0.090 35.3 33.314521 52 59 1827.9 0.7 0.186 0.090 35.3 33.314521 52 60 1845.4 0.6 0.263 0.124 33.3 33.314521 52 61 1862.0 0.4 0.669 0.236 11.5 33.314521 52 62 1877.3 0.3 1.053 0.364 9.4 33.314521 52 63 1950.1 0.6 0.307 0.135 28.6 33.314521 52 64 2058.6 0.6 0.241 0.104 27.3 33.314521 52 65 2091.5 0.3 0.778 0.267 8.5 33.314521 52 66 2110.5 0.6 0.274 0.106 20.0 33.314521 52 67 2139.1 0.6 0.329 0.155 33.3 33.314521 52 68 2208.1 0.3 0.998 0.344 8.8 33.314521 52 69 2247.4 0.6 0.241 0.111 31.8 33.314521 52 70 2272.4 0.4 0.548 0.194 12.0 33.314521 52 71 2290.4 0.6 0.274 0.106 20.0 33.314521 52 72 2350.5 0.7 0.230 0.108 33.3 33.314521 52 73 2364.0 1.0 0.154 0.083 42.9 33.314521 52 74 2396.9 0.8 0.197 0.093 33.3 33.314521 52 75 2435.8 0.7 0.241 0.097 22.7 33.314521 52 76 2478.7 0.3 0.768 0.267 10.0 33.314521 52 77 2642.3 0.8 0.208 0.088 26.3 33.314521 52 78 2661.1 0.5 0.493 0.177 13.3 33.314521 52 79 2702.9 0.8 0.175 0.105 50.0 33.314521 52 80 2719.3 0.7 0.230 0.117 38.1 33.314521 52 81 ENDDATA 54 0 14521 52 82 ENDSUBENT 81 0 14521 5299999 SUBENT 14521053 20190306 148014521 53 1 BIB 4 14 14521 53 2 REACTION (49-IN-0(N,INL)49-IN-0,PAR,SIG,G,SPA,DEROT) Partial 14521 53 3 gamma-ray production cross section, relative to a 14521 53 4 specified gamma-line. 14521 53 5 SAMPLE Target was In, in In2O3 form, with natural 14521 53 6 abundance, and mass 23.0 g. Target was exposed for 14521 53 7 22.4 hours. 14521 53 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 53 9 relative to the normalization transition at 14521 53 10 934.0 keV in 115In. 14521 53 11 STATUS (TABLE) Data received from A.Voyles and the 14521 53 12 authors of LBNL-1007259, using the methods it 14521 53 13 describes. Cross sections derived from gamma-ray 14521 53 14 intensities taken from table on pages 165-169 14521 53 15 of this work [1978DE41], as described in ANALYSIS. 14521 53 16 ENDBIB 14 0 14521 53 17 NOCOMMON 0 0 14521 53 18 DATA 6 92 14521 53 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 53 20 KEV KEV MB MB PER-CENT PER-CENT 14521 53 21 139.7 0.3 45.032 10.269 20.0 10.914521 53 22 146.4 0.2 32.423 5.059 11.1 10.914521 53 23 149.7 0.3 10.357 2.129 17.4 10.914521 53 24 231.6 0.2 12.609 2.270 14.3 10.914521 53 25 255.1 0.3 7.656 2.403 29.4 10.914521 53 26 260.84 0.1 189.136 30.600 11.9 10.914521 53 27 284.7 0.5 12.159 2.240 14.8 10.914521 53 28 288.7 0.3 9.006 1.673 15.0 10.914521 53 29 293.6 0.3 7.205 1.198 12.5 10.914521 53 30 306.1 0.3 7.205 1.198 12.5 10.914521 53 31 312.1 0.2 14.410 2.078 9.4 10.914521 53 32 315.9 0.3 12.609 1.932 10.7 10.914521 53 33 321.2 0.3 16.212 2.232 8.3 10.914521 53 34 336.3 0.1 157.613 21.925 8.6 10.914521 53 35 345.4 0.2 24.768 4.159 12.7 10.914521 53 36 354.3 0.3 10.808 1.796 12.5 10.914521 53 37 364.4 0.4 4.954 1.052 18.2 10.914521 53 38 376.2 0.3 10.808 1.488 8.3 10.914521 53 39 392.0 0.3 6.755 1.540 20.0 10.914521 53 40 444.4 0.2 12.159 1.897 11.1 10.914521 53 41 484.49 0.1 117.084 22.114 15.4 10.914521 53 42 492.42 0.1 76.555 15.902 17.6 10.914521 53 43 519.3 0.3 31.523 4.385 8.6 10.914521 53 44 528.0 0.2 26.569 3.423 6.8 10.914521 53 45 538.2 0.5 3.062 1.261 39.7 10.914521 53 46 546.1 0.4 5.404 1.078 16.7 10.914521 53 47 550.4 0.3 8.556 1.644 15.8 10.914521 53 48 577.7 0.3 8.556 1.644 15.8 10.914521 53 49 604.0 0.2 17.112 2.311 7.9 10.914521 53 50 627.3 0.2 13.960 2.041 9.7 10.914521 53 51 633.8 0.6 1.756 0.490 25.6 10.914521 53 52 701.0 0.3 14.410 2.078 9.4 10.914521 53 53 705.64 0.1 85.562 13.000 10.5 10.914521 53 54 718.6 0.3 7.205 1.198 12.5 10.914521 53 55 729.4 0.2 13.510 2.004 10.0 10.914521 53 56 735.14 0.1 54.039 10.778 16.7 10.914521 53 57 749.8 0.1 26.569 3.209 5.1 10.914521 53 58 765.6 0.2 12.159 1.608 7.4 10.914521 53 59 771.0 0.2 12.159 1.608 7.4 10.914521 53 60 781.3 0.3 8.556 1.300 10.5 10.914521 53 61 797.7 0.2 13.510 1.733 6.7 10.914521 53 62 846.1 0.2 29.721 3.525 4.5 10.914521 53 63 879.0 0.2 15.311 1.904 5.9 10.914521 53 64 897.5 0.2 8.556 1.300 10.5 10.914521 53 65 915.8 0.3 5.404 1.078 16.7 10.914521 53 66 933.8 0.2 450.324 49.337 0.0 10.914521 53 67 941.28 0.1 126.091 22.700 14.3 10.914521 53 68 955.7 0.2 15.761 2.192 8.6 10.914521 53 69 964.3 0.2 15.311 2.154 8.8 10.914521 53 70 973.0 0.4 2.567 0.732 26.3 10.914521 53 71 980.6 0.2 18.013 2.392 7.5 10.914521 53 72 1002.8 0.7 1.936 0.539 25.6 10.914521 53 73 1024.1 0.2 10.357 1.764 13.0 10.914521 53 74 1040.9 0.3 6.755 1.166 13.3 10.914521 53 75 1052.8 0.2 8.556 1.300 10.5 10.914521 53 76 1077.5 0.2 49.536 7.052 9.1 10.914521 53 77 1132.62 0.1 324.233 42.057 6.9 10.914521 53 78 1142.6 0.3 6.755 1.166 13.3 10.914521 53 79 1150.0 0.6 3.107 0.963 29.0 10.914521 53 80 1160.7 0.2 10.808 1.488 8.3 10.914521 53 81 1173.1 0.2 16.212 2.232 8.3 10.914521 53 82 1191.0 0.2 10.808 1.488 8.3 10.914521 53 83 1239.4 0.2 8.106 1.265 11.1 10.914521 53 84 1250.5 0.6 3.693 0.749 17.1 10.914521 53 85 1259.7 0.6 4.368 1.020 20.6 10.914521 53 86 1272.2 0.3 8.106 1.265 11.1 10.914521 53 87 1290.4 0.8 211.652 29.363 8.5 10.914521 53 88 1305.4 0.6 3.287 1.054 30.1 10.914521 53 89 1316.2 0.7 2.071 0.465 19.6 10.914521 53 90 1324.4 0.6 5.404 1.078 16.7 10.914521 53 91 1344.4 0.2 10.808 1.488 8.3 10.914521 53 92 1370.5 0.7 2.747 0.739 24.6 10.914521 53 93 1448.95 0.2 81.058 12.648 11.1 10.914521 53 94 1462.96 0.2 54.039 10.778 16.7 10.914521 53 95 1486.24 0.2 72.052 11.976 12.5 10.914521 53 96 1496.9 0.2 27.470 3.299 4.9 10.914521 53 97 1546.1 0.6 2.657 0.614 20.3 10.914521 53 98 1568.2 0.7 2.612 0.611 20.7 10.914521 53 99 1601.3 0.5 33.324 4.823 9.5 10.914521 53 100 1607.0 0.5 25.668 4.224 12.3 10.914521 53 101 1678.1 0.7 2.207 0.717 30.6 10.914521 53 102 1737.2 0.3 15.761 2.495 11.4 10.914521 53 103 1937.2 0.6 6.305 1.517 21.4 10.914521 53 104 1971.9 0.3 17.112 2.080 5.3 10.914521 53 105 1999.9 0.3 10.808 1.488 8.3 10.914521 53 106 2058.4 1.6 1.261 0.645 50.0 10.914521 53 107 2070.8 0.8 8.556 1.300 10.5 10.914521 53 108 2171.7 1.4 4.503 1.438 30.0 10.914521 53 109 2244.5 1.7 3.062 1.089 33.8 10.914521 53 110 2282.9 0.6 10.808 1.488 8.3 10.914521 53 111 2381.2 1.3 9.907 2.500 22.7 10.914521 53 112 2443.4 1.0 7.205 1.967 25.0 10.914521 53 113 ENDDATA 94 0 14521 53 114 ENDSUBENT 113 0 14521 5399999 SUBENT 14521054 20190306 148014521 54 1 BIB 4 14 14521 54 2 REACTION (50-SN-0(N,INL)50-SN-0,PAR,SIG,G,SPA,DEROT) Partial 14521 54 3 gamma-ray production cross section, relative to a 14521 54 4 specified gamma-line. 14521 54 5 SAMPLE Target was Sn, in elemental form, with natural 14521 54 6 abundance, and mass 34.0 g. Target was exposed for 14521 54 7 20.4 hours. 14521 54 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 54 9 relative to the normalization transition at 14521 54 10 1171.0 keV in 120Sn. 14521 54 11 STATUS (TABLE) Data received from A.Voyles and the 14521 54 12 authors of LBNL-1007259, using the methods it 14521 54 13 describes. Cross sections derived from gamma-ray 14521 54 14 intensities taken from table on pages 169-171 14521 54 15 of this work [1978DE41], as described in ANALYSIS. 14521 54 16 ENDBIB 14 0 14521 54 17 NOCOMMON 0 0 14521 54 18 DATA 6 92 14521 54 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 54 20 KEV KEV MB MB PER-CENT PER-CENT 14521 54 21 158.55 0.1 250.615 31.988 7.8 10.014521 54 22 209.0 0.3 4.699 1.267 25.0 10.014521 54 23 268.7 0.6 5.091 1.648 30.8 10.014521 54 24 331.9 0.0 13.314 2.064 11.8 10.014521 54 25 446.0 0.8 5.482 1.661 28.6 10.014521 54 26 449.9 1.0 3.720 1.233 31.6 10.014521 54 27 452.9 1.0 4.699 1.267 25.0 10.014521 54 28 463.4 0.3 13.314 2.064 11.8 10.014521 54 29 528.82 0.1 18.796 2.460 8.3 10.014521 54 30 552.83 0.1 23.104 3.045 8.5 10.014521 54 31 650.7 0.8 3.133 0.845 25.0 10.014521 54 32 657.2 0.8 2.937 0.837 26.7 10.014521 54 33 682.5 0.8 2.937 0.837 26.7 10.014521 54 34 703.6 0.4 13.314 3.053 20.6 10.014521 54 35 733.9 0.3 5.482 0.959 14.3 10.014521 54 36 762.8 0.5 19.579 3.704 16.0 10.014521 54 37 768.0 0.5 18.013 3.622 17.4 10.014521 54 38 813.2 0.2 32.893 5.134 11.9 10.014521 54 39 818.5 0.4 15.272 3.491 20.5 10.014521 54 40 827.2 0.3 5.874 0.982 13.3 10.014521 54 41 861.4 0.2 18.796 3.020 12.5 10.014521 54 42 897.4 0.0 32.502 4.275 8.4 10.014521 54 43 920.6 0.0 24.670 4.002 12.7 10.014521 54 44 925.8 0.3 39.159 5.564 10.0 10.014521 54 45 931.9 0.8 6.265 1.334 18.7 10.014521 54 46 944.8 0.6 5.091 2.405 46.2 10.014521 54 47 958.7 0.6 4.699 1.637 33.3 10.014521 54 48 972.2 0.0 46.990 6.151 8.3 10.014521 54 49 989.0 0.0 16.447 2.282 9.5 10.014521 54 50 999.6 0.6 7.832 2.111 25.0 10.014521 54 51 1003.7 0.0 21.146 3.791 14.8 10.014521 54 52 1013.4 0.6 4.307 0.896 18.2 10.014521 54 53 1022.7 0.0 82.233 11.412 9.5 10.014521 54 54 1050.64 0.1 47.773 7.301 11.5 10.014521 54 55 1065.0 0.0 18.013 2.672 10.9 10.014521 54 56 1073.0 0.0 10.964 1.918 14.3 10.014521 54 57 1090.4 0.6 7.049 1.720 22.2 10.014521 54 58 1096.3 0.0 58.738 9.823 13.3 10.014521 54 59 1131.72 0.1 66.178 8.895 8.9 10.014521 54 60 1140.52 0.15 53.256 7.678 10.3 10.014521 54 61 1171.3 0.1 391.586 39.525 0.0 10.014521 54 62 1184.7 0.3 9.398 1.831 16.7 10.014521 54 63 1216.0 0.0 7.049 1.373 16.7 10.014521 54 64 1229.74 0.1 321.101 40.031 7.3 10.014521 54 65 1249.6 0.0 12.531 1.726 9.4 10.014521 54 66 1257.15 0.1 12.139 1.697 9.7 10.014521 54 67 1293.6 0.3 180.130 26.719 10.9 10.014521 54 68 1299.4 0.8 6.265 2.058 31.2 10.014521 54 69 1354.4 0.0 12.531 2.668 18.7 10.014521 54 70 1405.3 0.8 1.801 0.432 21.7 10.014521 54 71 1418.3 0.0 3.838 0.874 20.4 10.014521 54 72 1447.3 0.4 5.874 5.904 100.0 10.014521 54 73 1471.4 0.0 12.922 2.038 12.1 10.014521 54 74 1507.7 0.0 17.230 2.341 9.1 10.014521 54 75 1529.6 0.6 2.350 0.633 25.0 10.014521 54 76 1549.4 0.0 2.937 0.658 20.0 10.014521 54 77 1556.8 0.4 5.874 0.982 13.3 10.014521 54 78 1587.0 0.8 5.091 0.937 15.4 10.014521 54 79 1593.4 0.8 3.916 0.877 20.0 10.014521 54 80 1612.7 1.5 1.371 0.415 28.6 10.014521 54 81 1632.7 1.5 1.410 0.417 27.8 10.014521 54 82 1664.6 0.0 4.699 0.916 16.7 10.014521 54 83 1695.1 0.0 6.265 1.334 18.7 10.014521 54 84 1705.3 0.0 5.482 1.299 21.4 10.014521 54 85 1794.9 0.8 2.389 0.635 24.6 10.014521 54 86 1810.7 1.0 2.350 0.633 25.0 10.014521 54 87 1841.8 1.0 1.645 0.425 23.8 10.014521 54 88 1856.9 1.0 1.645 0.425 23.8 10.014521 54 89 1866.7 1.0 1.606 0.424 24.4 10.014521 54 90 1883.9 0.8 2.859 0.835 27.4 10.014521 54 91 1887.0 0.8 3.642 0.865 21.5 10.014521 54 92 1903.8 1.0 2.350 0.633 25.0 10.014521 54 93 1908.9 0.0 1.606 0.424 24.4 10.014521 54 94 2042.5 0.2 20.362 2.839 9.6 10.014521 54 95 2064.9 1.0 1.919 0.618 30.6 10.014521 54 96 2097.1 0.2 17.230 2.341 9.1 10.014521 54 97 2112.0 0.2 13.706 2.090 11.4 10.014521 54 98 2169.7 0.0 2.780 0.651 21.1 10.014521 54 99 2224.6 0.6 3.133 0.845 25.0 10.014521 54 100 2309.2 0.0 3.485 0.859 22.5 10.014521 54 101 2328.5 0.0 3.407 0.855 23.0 10.014521 54 102 2354.8 0.8 5.091 0.937 15.4 10.014521 54 103 2420.3 0.0 15.272 2.810 15.4 10.014521 54 104 2587.1 0.0 3.172 1.030 30.9 10.014521 54 105 2678.0 1.0 3.720 1.233 31.6 10.014521 54 106 2728.9 1.2 1.958 0.620 30.0 10.014521 54 107 2844.5 1.8 1.997 0.809 39.2 10.014521 54 108 2881.0 2.0 1.371 0.603 42.9 10.014521 54 109 2905.3 1.0 2.741 1.017 35.7 10.014521 54 110 2929.5 1.2 2.741 1.017 35.7 10.014521 54 111 2989.0 2.0 1.958 0.808 40.0 10.014521 54 112 3282.0 0.0 3.133 1.217 37.5 10.014521 54 113 ENDDATA 94 0 14521 54 114 ENDSUBENT 113 0 14521 5499999 SUBENT 14521055 20190306 148014521 55 1 BIB 4 24 14521 55 2 REACTION (50-SN-116(N,INL)50-SN-116,PAR,SIG,G,SPA,DEROT) Partial14521 55 3 gamma-ray production cross section, relative to a 14521 55 4 specified gamma-line. 14521 55 5 SAMPLE Target was Sn, in elemental form, enriched in 14521 55 6 116Sn, with mass 8.1 g. Target was exposed for 14521 55 7 20.4 hours. 14521 55 8 (50-SN-112,ENR=0.0000) 14521 55 9 (50-SN-114,ENR=0.0010) 14521 55 10 (50-SN-115,ENR=0.0010) 14521 55 11 (50-SN-116,ENR=0.9560) 14521 55 12 (50-SN-117,ENR=0.0190) 14521 55 13 (50-SN-118,ENR=0.0130) 14521 55 14 (50-SN-119,ENR=0.0020) 14521 55 15 (50-SN-120,ENR=0.0060) 14521 55 16 (50-SN-122,ENR=0.0010) 14521 55 17 (50-SN-124,ENR=0.0010) 14521 55 18 ANALYSIS Partial gamma-ray cross sections are reported 14521 55 19 relative to the normalization transition at 14521 55 20 1293.32 keV in 116Sn. 14521 55 21 STATUS (TABLE) Data received from A.Voyles and the 14521 55 22 authors of LBNL-1007259, using the methods it 14521 55 23 describes. Cross sections derived from gamma-ray 14521 55 24 intensities taken from table on pages 172-174 14521 55 25 of this work [1978DE41], as described in ANALYSIS. 14521 55 26 ENDBIB 24 0 14521 55 27 NOCOMMON 0 0 14521 55 28 DATA 6 65 14521 55 29 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 55 30 KEV KEV MB MB PER-CENT PER-CENT 14521 55 31 245.7 1.1 0.324 0.102 27.8 14.814521 55 32 355.2 0.4 0.811 0.217 22.2 14.814521 55 33 407.43 0.15 6.305 1.718 22.9 14.814521 55 34 416.71 0.15 7.926 2.151 22.7 14.814521 55 35 463.32 0.15 12.429 2.841 17.4 14.814521 55 36 548.8 0.4 0.757 0.212 23.8 14.814521 55 37 640.7 0.6 0.540 0.197 33.3 14.814521 55 38 678.9 0.6 0.684 0.207 26.3 14.814521 55 39 706.5 0.6 0.630 0.203 28.6 14.814521 55 40 733.82 0.15 6.305 1.570 20.0 14.814521 55 41 755.5 0.7 0.360 0.154 40.0 14.814521 55 42 780.8 0.6 0.684 0.207 26.3 14.814521 55 43 791.3 0.2 1.621 0.511 27.8 14.814521 55 44 818.54 0.15 16.212 3.234 13.3 14.814521 55 45 931.61 0.15 7.746 1.577 14.0 14.814521 55 46 972.54 0.15 28.641 6.191 15.7 14.814521 55 47 989.9 0.4 1.621 0.433 22.2 14.814521 55 48 1020.8 0.3 2.162 0.628 25.0 14.814521 55 49 1052.7 0.9 0.684 0.207 26.3 14.814521 55 50 1060.0 0.8 0.793 0.215 22.7 14.814521 55 51 1072.1 0.3 3.242 0.866 22.2 14.814521 55 52 1097.13 0.15 13.149 2.655 13.7 14.814521 55 53 1150.2 0.8 0.540 0.197 33.3 14.814521 55 54 1161.6 0.6 0.757 0.212 23.8 14.814521 55 55 1242.1 0.6 0.811 0.217 22.2 14.814521 55 56 1251.6 0.3 1.261 0.329 21.4 14.814521 55 57 1256.8 0.6 0.721 0.209 25.0 14.814521 55 58 1293.32 0.1 180.130 26.723 0.0 14.814521 55 59 1349.5 0.7 0.540 0.197 33.3 14.814521 55 60 1356.4 0.2 3.603 0.897 20.0 14.814521 55 61 1367.6 1.1 0.450 0.192 40.0 14.814521 55 62 1420.2 0.9 0.396 0.189 45.5 14.814521 55 63 1445.9 0.9 0.721 0.209 25.0 14.814521 55 64 1470.0 0.7 0.973 0.231 18.5 14.814521 55 65 1496.0 1.0 0.721 0.209 25.0 14.814521 55 66 1507.8 0.2 4.143 1.090 21.7 14.814521 55 67 1548.9 0.7 1.261 0.329 21.4 14.814521 55 68 1577.3 1.4 0.360 0.188 50.0 14.814521 55 69 1596.5 0.7 0.721 0.209 25.0 14.814521 55 70 1665.8 0.8 0.648 0.204 27.8 14.814521 55 71 1701.5 0.5 1.459 0.346 18.5 14.814521 55 72 1752.1 0.7 1.261 0.329 21.4 14.814521 55 73 1793.6 0.5 1.081 0.314 25.0 14.814521 55 74 1885.2 0.6 1.009 0.309 26.8 14.814521 55 75 1900.4 0.7 0.612 0.202 29.4 14.814521 55 76 1937.6 1.8 0.540 0.197 33.3 14.814521 55 77 1972.5 2.0 0.396 0.156 36.4 14.814521 55 78 2020.8 1.0 0.468 0.193 38.5 14.814521 55 79 2049.9 0.6 1.081 0.314 25.0 14.814521 55 80 2063.1 1.5 0.684 0.207 26.3 14.814521 55 81 2076.6 0.8 1.261 0.329 21.4 14.814521 55 82 2111.9 0.2 16.212 3.234 13.3 14.814521 55 83 2173.4 1.4 0.757 0.212 23.8 14.814521 55 84 2224.6 0.2 4.503 1.271 24.0 14.814521 55 85 2278.8 1.0 0.721 0.209 25.0 14.814521 55 86 2313.4 1.0 0.540 0.197 33.3 14.814521 55 87 2331.3 1.2 0.811 0.217 22.2 14.814521 55 88 2451.2 1.3 0.721 0.209 25.0 14.814521 55 89 2549.2 1.3 0.540 0.197 33.3 14.814521 55 90 2585.1 0.6 1.531 0.426 23.5 14.814521 55 91 2652.1 1.5 0.865 0.221 20.8 14.814521 55 92 2843.5 0.6 1.801 0.603 30.0 14.814521 55 93 2959.4 0.8 0.901 0.224 20.0 14.814521 55 94 3087.2 1.5 0.973 0.231 18.5 14.814521 55 95 3332.4 1.3 0.901 0.224 20.0 14.814521 55 96 ENDDATA 67 0 14521 55 97 ENDSUBENT 96 0 14521 5599999 SUBENT 14521056 20190306 148014521 56 1 BIB 4 24 14521 56 2 REACTION (50-SN-118(N,INL)50-SN-118,PAR,SIG,G,SPA,DEROT) Partial14521 56 3 gamma-ray production cross section, relative to a 14521 56 4 specified gamma-line. 14521 56 5 SAMPLE Target was Sn, in elemental form, enriched in 14521 56 6 118Sn, with mass 8.1 g. Target was exposed for 14521 56 7 20.4 hours. 14521 56 8 (50-SN-112,ENR=0.0001) 14521 56 9 (50-SN-114,ENR=0.0001) 14521 56 10 (50-SN-115,ENR=0.0001) 14521 56 11 (50-SN-116,ENR=0.0010) 14521 56 12 (50-SN-117,ENR=0.0010) 14521 56 13 (50-SN-118,ENR=0.9850) 14521 56 14 (50-SN-119,ENR=0.0071) 14521 56 15 (50-SN-120,ENR=0.0050) 14521 56 16 (50-SN-122,ENR=0.0004) 14521 56 17 (50-SN-124,ENR=0.0005) 14521 56 18 ANALYSIS Partial gamma-ray cross sections are reported 14521 56 19 relative to the normalization transition at 14521 56 20 1229.71 keV in 118Sn. 14521 56 21 STATUS (TABLE) Data received from A.Voyles and the 14521 56 22 authors of LBNL-1007259, using the methods it 14521 56 23 describes. Cross sections derived from gamma-ray 14521 56 24 intensities taken from table on pages 175-177 14521 56 25 of this work [1978DE41], as described in ANALYSIS. 14521 56 26 ENDBIB 24 0 14521 56 27 NOCOMMON 0 0 14521 56 28 DATA 6 71 14521 56 29 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 56 30 KEV KEV MB MB PER-CENT PER-CENT 14521 56 31 208.7 0.2 5.780 1.473 22.2 12.414521 56 32 253.1 0.2 5.138 1.435 25.0 12.414521 56 33 326.7 0.3 1.284 0.359 25.0 12.414521 56 34 345.1 0.6 1.028 0.346 31.2 12.414521 56 35 355.9 0.6 1.349 0.362 23.8 12.414521 56 36 446.1 0.2 7.064 1.831 22.7 12.414521 56 37 452.4 0.2 7.064 1.831 22.7 12.414521 56 38 492.4 0.2 3.853 0.802 16.7 12.414521 56 39 528.81 0.15 19.908 3.809 14.5 12.414521 56 40 557.2 0.8 0.803 0.336 40.0 12.414521 56 41 683.0 0.2 3.532 0.779 18.2 12.414521 56 42 720.3 0.5 1.606 0.378 20.0 12.414521 56 43 813.03 0.15 30.826 6.416 16.7 12.414521 56 44 827.2 0.2 8.349 1.653 15.4 12.414521 56 45 897.4 0.5 5.138 1.435 25.0 12.414521 56 46 960.4 1.0 0.867 0.279 29.6 12.414521 56 47 972.2 0.6 1.830 0.682 35.1 12.414521 56 48 982.6 1.7 0.450 0.170 35.7 12.414521 56 49 1015.2 0.5 1.606 0.378 20.0 12.414521 56 50 1050.62 0.1 51.697 10.046 14.9 12.414521 56 51 1091.8 0.2 1.124 0.502 42.9 12.414521 56 52 1095.92 0.1 34.037 8.241 20.8 12.414521 56 53 1098.5 0.2 9.633 2.836 26.7 12.414521 56 54 1173.2 0.2 10.275 2.314 18.7 12.414521 56 55 1229.71 0.1 321.101 40.028 0.0 12.414521 56 56 1259.3 0.2 3.532 0.779 18.2 12.414521 56 57 1267.9 0.3 1.381 0.364 23.3 12.414521 56 58 1352.1 1.5 0.578 0.206 33.3 12.414521 56 59 1383.0 1.1 0.578 0.206 33.3 12.414521 56 60 1419.8 0.9 1.188 0.354 27.0 12.414521 56 61 1436.3 0.8 0.642 0.179 25.0 12.414521 56 62 1448.2 0.3 3.115 0.619 15.5 12.414521 56 63 1474.1 1.9 0.706 0.241 31.8 12.414521 56 64 1487.2 1.7 0.578 0.206 33.3 12.414521 56 65 1504.8 0.2 6.743 2.102 28.6 12.414521 56 66 1509.3 0.2 3.532 0.779 18.2 12.414521 56 67 1536.4 0.9 0.963 0.343 33.3 12.414521 56 68 1597.5 1.1 0.417 0.169 38.5 12.414521 56 69 1617.2 0.9 0.835 0.277 30.8 12.414521 56 70 1674.5 0.6 1.284 0.359 25.0 12.414521 56 71 1685.9 1.2 0.578 0.206 33.3 12.414521 56 72 1693.3 0.7 0.963 0.343 33.3 12.414521 56 73 1700.0 0.7 1.284 0.359 25.0 12.414521 56 74 1707.1 1.2 0.578 0.206 33.3 12.414521 56 75 1715.4 1.5 0.546 0.204 35.3 12.414521 56 76 1725.0 1.5 0.899 0.340 35.7 12.414521 56 77 1770.4 1.7 0.642 0.269 40.0 12.414521 56 78 1882.4 0.9 1.606 0.378 20.0 12.414521 56 79 1907.6 0.8 1.509 0.372 21.3 12.414521 56 80 1939.7 1.2 0.771 0.274 33.3 12.414521 56 81 1951.4 1.0 0.739 0.273 34.8 12.414521 56 82 1984.0 1.2 0.706 0.272 36.4 12.414521 56 83 1998.5 0.6 1.028 0.346 31.2 12.414521 56 84 2023.6 0.9 0.771 0.274 33.3 12.414521 56 85 2043.21 0.15 19.266 4.540 20.0 12.414521 56 86 2078.1 1.6 0.835 0.338 38.5 12.414521 56 87 2094.9 1.8 0.417 0.262 61.5 12.414521 56 88 2125.6 1.2 1.445 0.368 22.2 12.414521 56 89 2171.1 1.2 0.803 0.276 32.0 12.414521 56 90 2181.7 1.3 0.706 0.272 36.4 12.414521 56 91 2196.7 1.2 0.835 0.277 30.8 12.414521 56 92 2312.0 0.9 1.028 0.346 31.2 12.414521 56 93 2328.2 0.4 2.569 0.718 25.0 12.414521 56 94 2588.5 2.1 1.284 0.359 25.0 12.414521 56 95 2677.8 0.4 3.211 1.043 30.0 12.414521 56 96 2720.8 1.0 1.284 0.359 25.0 12.414521 56 97 2739.9 1.0 1.156 0.352 27.8 12.414521 56 98 2905.0 0.4 2.440 0.711 26.3 12.414521 56 99 3058.7 0.5 2.023 0.544 23.8 12.414521 56 100 3228.9 0.8 1.124 0.350 28.6 12.414521 56 101 3272.2 0.7 1.477 0.370 21.7 12.414521 56 102 ENDDATA 73 0 14521 56 103 ENDSUBENT 102 0 14521 5699999 SUBENT 14521057 20190306 148014521 57 1 BIB 4 24 14521 57 2 REACTION (50-SN-120(N,INL)50-SN-120,PAR,SIG,G,SPA,DEROT) Partial14521 57 3 gamma-ray production cross section, relative to a 14521 57 4 specified gamma-line. 14521 57 5 SAMPLE Target was Sn, in elemental form, enriched in 14521 57 6 120Sn, with mass 8.2 g. Target was exposed for 14521 57 7 20.4 hours. 14521 57 8 (50-SN-112,ENR=0.0001) 14521 57 9 (50-SN-114,ENR=0.0001) 14521 57 10 (50-SN-115,ENR=0.0001) 14521 57 11 (50-SN-116,ENR=0.0010) 14521 57 12 (50-SN-117,ENR=0.0006) 14521 57 13 (50-SN-118,ENR=0.0021) 14521 57 14 (50-SN-119,ENR=0.0021) 14521 57 15 (50-SN-120,ENR=0.9920) 14521 57 16 (50-SN-122,ENR=0.0014) 14521 57 17 (50-SN-124,ENR=0.0008) 14521 57 18 ANALYSIS Partial gamma-ray cross sections are reported 14521 57 19 relative to the normalization transition at 14521 57 20 1171.32 keV in 120Sn. 14521 57 21 STATUS (TABLE) Data received from A.Voyles and the 14521 57 22 authors of LBNL-1007259, using the methods it 14521 57 23 describes. Cross sections derived from gamma-ray 14521 57 24 intensities taken from table on pages 178-180 14521 57 25 of this work [1978DE41], as described in ANALYSIS. 14521 57 26 ENDBIB 24 0 14521 57 27 NOCOMMON 0 0 14521 57 28 DATA 6 71 14521 57 29 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 57 30 KEV KEV MB MB PER-CENT PER-CENT 14521 57 31 90.2 0.8 35.243 10.416 27.8 10.014521 57 32 170.5 1.0 0.783 0.323 40.0 10.014521 57 33 198.0 0.8 9.006 3.262 34.8 10.014521 57 34 267.8 0.5 3.524 0.860 22.2 10.014521 57 35 279.3 0.8 1.566 0.422 25.0 10.014521 57 36 296.5 0.2 2.780 0.651 21.1 10.014521 57 37 355.1 0.6 1.096 0.407 35.7 10.014521 57 38 401.2 0.2 3.289 0.675 17.9 10.014521 57 39 411.44 0.15 14.880 2.789 15.8 10.014521 57 40 465.5 0.4 1.175 0.409 33.3 10.014521 57 41 545.8 0.3 2.036 0.442 19.2 10.014521 57 42 560.3 0.3 2.663 0.646 22.1 10.014521 57 43 576.1 0.3 2.819 0.653 20.8 10.014521 57 44 657.1 0.4 2.350 0.633 25.0 10.014521 57 45 703.73 0.15 16.055 3.527 19.5 10.014521 57 46 721.4 1.1 0.470 0.201 41.7 10.014521 57 47 774.5 1.1 0.705 0.245 33.3 10.014521 57 48 809.9 1.2 0.705 0.245 33.3 10.014521 57 49 864.2 0.4 1.801 0.432 21.7 10.014521 57 50 876.1 1.2 0.470 0.201 41.7 10.014521 57 51 925.82 0.15 32.502 5.731 14.5 10.014521 57 52 943.5 0.6 1.880 0.435 20.8 10.014521 57 53 988.4 0.2 7.440 1.394 15.8 10.014521 57 54 1006.0 0.4 1.958 0.439 20.0 10.014521 57 55 1022.91 0.15 63.437 10.734 13.6 10.014521 57 56 1035.5 0.4 2.428 0.462 16.1 10.014521 57 57 1050.7 1.1 0.666 0.320 47.1 10.014521 57 58 1093.1 0.7 0.861 0.325 36.4 10.014521 57 59 1100.9 0.4 1.566 0.422 25.0 10.014521 57 60 1114.2 0.4 1.566 0.422 25.0 10.014521 57 61 1134.5 0.5 1.331 0.414 29.4 10.014521 57 62 1151.4 1.0 0.783 0.399 50.0 10.014521 57 63 1171.32 0.1 391.586 39.525 0.0 10.014521 57 64 1184.2 0.2 12.531 3.019 21.9 10.014521 57 65 1229.04 0.15 29.369 6.579 20.0 10.014521 57 66 1249.6 0.2 8.615 1.792 18.2 10.014521 57 67 1294.2 0.4 7.832 2.853 35.0 10.014521 57 68 1319.1 1.1 0.392 0.200 50.0 10.014521 57 69 1356.9 0.4 0.548 0.241 42.9 10.014521 57 70 1367.0 0.8 0.392 0.200 50.0 10.014521 57 71 1415.9 0.3 2.271 0.454 17.2 10.014521 57 72 1436.4 1.5 0.509 0.202 38.5 10.014521 57 73 1472.1 0.2 6.657 1.353 17.6 10.014521 57 74 1549.6 1.4 0.470 0.201 41.7 10.014521 57 75 1556.7 0.2 4.699 0.916 16.7 10.014521 57 76 1596.2 0.8 0.940 0.327 33.3 10.014521 57 77 1664.1 0.3 2.898 0.656 20.3 10.014521 57 78 1686.0 1.3 0.861 0.325 36.4 10.014521 57 79 1759.5 0.7 1.175 0.409 33.3 10.014521 57 80 1863.6 0.9 1.018 0.330 30.8 10.014521 57 81 1886.1 2.5 0.470 0.201 41.7 10.014521 57 82 1908.0 0.6 2.741 0.649 21.4 10.014521 57 83 2009.2 1.0 0.783 0.323 40.0 10.014521 57 84 2038.0 1.6 0.509 0.202 38.5 10.014521 57 85 2066.1 1.0 1.566 0.422 25.0 10.014521 57 86 2097.2 0.2 15.663 3.164 17.5 10.014521 57 87 2179.0 1.4 0.861 0.288 31.8 10.014521 57 88 2211.4 1.2 0.901 0.289 30.4 10.014521 57 89 2265.1 1.0 1.371 0.415 28.6 10.014521 57 90 2284.7 1.9 0.548 0.203 35.7 10.014521 57 91 2355.2 0.2 4.699 0.916 16.7 10.014521 57 92 2375.5 1.0 1.253 0.412 31.2 10.014521 57 93 2421.0 0.3 6.657 1.353 17.6 10.014521 57 94 2650.3 1.2 1.057 0.368 33.3 10.014521 57 95 2659.8 1.4 0.783 0.323 40.0 10.014521 57 96 2728.4 0.5 2.819 0.653 20.8 10.014521 57 97 2834.4 0.7 1.566 0.422 25.0 10.014521 57 98 2930.4 0.4 2.898 0.656 20.3 10.014521 57 99 2985.8 1.3 1.018 0.405 38.5 10.014521 57 100 3158.6 0.7 1.684 0.427 23.3 10.014521 57 101 3279.6 0.9 2.115 0.446 18.5 10.014521 57 102 ENDDATA 73 0 14521 57 103 ENDSUBENT 102 0 14521 5799999 SUBENT 14521058 20190306 148014521 58 1 BIB 4 24 14521 58 2 REACTION (50-SN-122(N,INL)50-SN-122,PAR,SIG,G,SPA,DEROT) Partial14521 58 3 gamma-ray production cross section, relative to a 14521 58 4 specified gamma-line. 14521 58 5 SAMPLE Target was Sn, in elemental form, enriched in 14521 58 6 122Sn, with mass 8.4 g. Target was exposed for 14521 58 7 20.4 hours. 14521 58 8 (50-SN-112,ENR=0.0000) 14521 58 9 (50-SN-114,ENR=0.0030) 14521 58 10 (50-SN-115,ENR=0.0030) 14521 58 11 (50-SN-116,ENR=0.0060) 14521 58 12 (50-SN-117,ENR=0.0050) 14521 58 13 (50-SN-118,ENR=0.0120) 14521 58 14 (50-SN-119,ENR=0.0080) 14521 58 15 (50-SN-120,ENR=0.0400) 14521 58 16 (50-SN-122,ENR=0.9090) 14521 58 17 (50-SN-124,ENR=0.0140) 14521 58 18 ANALYSIS Partial gamma-ray cross sections are reported 14521 58 19 relative to the normalization transition at 14521 58 20 1140.74 keV in 122Sn. 14521 58 21 STATUS (TABLE) Data received from A.Voyles and the 14521 58 22 authors of LBNL-1007259, using the methods it 14521 58 23 describes. Cross sections derived from gamma-ray 14521 58 24 intensities taken from table on pages 180-183 14521 58 25 of this work [1978DE41], as described in ANALYSIS. 14521 58 26 ENDBIB 24 0 14521 58 27 NOCOMMON 0 0 14521 58 28 DATA 6 65 14521 58 29 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 58 30 KEV KEV MB MB PER-CENT PER-CENT 14521 58 31 103.2 0.8 5.326 1.773 30.0 14.414521 58 32 161.7 0.3 1.331 0.328 20.0 14.414521 58 33 244.2 0.3 0.586 0.181 27.3 14.414521 58 34 280.7 0.4 0.245 0.064 21.7 14.414521 58 35 309.53 0.15 0.799 0.197 20.0 14.414521 58 36 320.6 0.9 0.160 0.058 33.3 14.414521 58 37 362.0 0.8 0.202 0.061 26.3 14.414521 58 38 405.82 0.15 3.195 0.745 18.3 14.414521 58 39 417.6 0.6 0.213 0.111 50.0 14.414521 58 40 465.6 1.0 0.117 0.056 45.5 14.414521 58 41 609.2 0.4 0.799 0.197 20.0 14.414521 58 42 619.0 1.5 0.096 0.045 44.4 14.414521 58 43 638.0 1.0 0.075 0.039 50.0 14.414521 58 44 644.0 0.6 0.149 0.057 35.7 14.414521 58 45 680.0 1.0 0.197 0.110 54.1 14.414521 58 46 790.3 0.5 0.298 0.068 17.9 14.414521 58 47 794.1 0.4 0.351 0.095 22.7 14.414521 58 48 819.9 0.6 0.213 0.061 25.0 14.414521 58 49 832.4 0.7 0.272 0.066 19.6 14.414521 58 50 882.2 0.7 0.298 0.091 26.8 14.414521 58 51 947.3 0.2 2.183 0.573 22.0 14.414521 58 52 974.4 1.1 0.096 0.055 55.6 14.414521 58 53 1001.63 0.1 10.278 1.992 13.0 14.414521 58 54 1013.4 0.2 5.166 1.132 16.5 14.414521 58 55 1060.1 0.5 0.245 0.064 21.7 14.414521 58 56 1104.8 0.6 0.234 0.063 22.7 14.414521 58 57 1117.5 1.0 0.107 0.045 40.0 14.414521 58 58 1140.74 0.1 53.256 7.681 0.0 14.414521 58 59 1190.82 0.15 2.450 0.639 21.7 14.414521 58 60 1210.4 0.4 0.170 0.059 31.2 14.414521 58 61 1259.9 0.9 0.059 0.028 45.5 14.414521 58 62 1275.5 0.2 0.639 0.184 25.0 14.414521 58 63 1298.8 0.5 0.160 0.058 33.3 14.414521 58 64 1352.52 0.15 3.142 0.872 23.7 14.414521 58 65 1389.0 0.3 0.479 0.127 22.2 14.414521 58 66 1535.8 0.5 0.240 0.087 33.3 14.414521 58 67 1587.7 1.0 0.107 0.055 50.0 14.414521 58 68 1594.3 0.2 0.586 0.181 27.3 14.414521 58 69 1603.7 1.0 0.064 0.033 50.0 14.414521 58 70 1635.5 0.2 0.692 0.235 30.8 14.414521 58 71 1668.1 1.2 0.112 0.056 47.6 14.414521 58 72 1727.6 0.6 0.202 0.061 26.3 14.414521 58 73 1740.3 0.4 0.383 0.097 20.8 14.414521 58 74 1804.7 1.3 0.117 0.056 45.5 14.414521 58 75 1818.9 0.4 0.383 0.097 20.8 14.414521 58 76 1840.0 1.9 0.107 0.055 50.0 14.414521 58 77 1895.5 1.0 0.165 0.058 32.3 14.414521 58 78 1900.8 0.8 0.186 0.060 28.6 14.414521 58 79 1942.4 0.4 0.309 0.091 25.9 14.414521 58 80 2066.9 1.0 0.160 0.058 33.3 14.414521 58 81 2095.1 1.0 0.160 0.058 33.3 14.414521 58 82 2104.9 0.9 0.229 0.063 23.3 14.414521 58 83 2142.4 0.9 0.218 0.062 24.4 14.414521 58 84 2154.2 1.1 0.149 0.057 35.7 14.414521 58 85 2216.9 1.4 0.096 0.055 55.6 14.414521 58 86 2315.3 1.4 0.117 0.056 45.5 14.414521 58 87 2336.4 1.2 0.160 0.058 33.3 14.414521 58 88 2351.6 1.5 0.085 0.044 50.0 14.414521 58 89 2408.1 0.9 0.138 0.057 38.5 14.414521 58 90 2416.3 0.2 1.385 0.471 30.8 14.414521 58 91 2735.0 0.4 0.639 0.184 25.0 14.414521 58 92 2776.6 0.6 0.341 0.094 23.4 14.414521 58 93 2798.5 1.7 0.085 0.055 62.5 14.414521 58 94 3128.6 0.7 0.256 0.065 20.8 14.414521 58 95 3358.6 1.0 0.202 0.061 26.3 14.414521 58 96 ENDDATA 67 0 14521 58 97 ENDSUBENT 96 0 14521 5899999 SUBENT 14521059 20190306 148014521 59 1 BIB 4 24 14521 59 2 REACTION (50-SN-124(N,INL)50-SN-124,PAR,SIG,G,SPA,DEROT) Partial14521 59 3 gamma-ray production cross section, relative to a 14521 59 4 specified gamma-line. 14521 59 5 SAMPLE Target was Sn, in elemental form, enriched in 14521 59 6 124Sn, with mass 8.9 g. Target was exposed for 14521 59 7 20.4 hours. 14521 59 8 (50-SN-112,ENR=0.0002) 14521 59 9 (50-SN-114,ENR=0.0001) 14521 59 10 (50-SN-115,ENR=0.0002) 14521 59 11 (50-SN-116,ENR=0.0054) 14521 59 12 (50-SN-117,ENR=0.0022) 14521 59 13 (50-SN-118,ENR=0.0084) 14521 59 14 (50-SN-119,ENR=0.0044) 14521 59 15 (50-SN-120,ENR=0.0145) 14521 59 16 (50-SN-122,ENR=0.0056) 14521 59 17 (50-SN-124,ENR=0.9560) 14521 59 18 ANALYSIS Partial gamma-ray cross sections are reported 14521 59 19 relative to the normalization transition at 14521 59 20 1131.62 keV in 124Sn. 14521 59 21 STATUS (TABLE) Data received from A.Voyles and the 14521 59 22 authors of LBNL-1007259, using the methods it 14521 59 23 describes. Cross sections derived from gamma-ray 14521 59 24 intensities taken from table on pages 183-186 14521 59 25 of this work [1978DE41], as described in ANALYSIS. 14521 59 26 ENDBIB 24 0 14521 59 27 NOCOMMON 0 0 14521 59 28 DATA 6 58 14521 59 29 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 59 30 KEV KEV MB MB PER-CENT PER-CENT 14521 59 31 102.3 0.5 5.427 2.115 36.6 13.414521 59 32 119.8 0.6 2.250 0.850 35.3 13.414521 59 33 242.5 0.4 0.662 0.159 20.0 13.414521 59 34 249.9 0.2 0.993 0.239 20.0 13.414521 59 35 332.0 0.3 2.647 0.638 20.0 13.414521 59 36 363.2 0.4 1.125 0.305 23.5 13.414521 59 37 385.1 0.5 0.304 0.078 21.7 13.414521 59 38 409.8 0.2 3.971 0.957 20.0 13.414521 59 39 498.1 0.2 1.522 0.335 17.4 13.414521 59 40 548.4 0.2 1.787 0.409 18.5 13.414521 59 41 630.0 0.9 0.245 0.074 27.0 13.414521 59 42 650.5 0.4 0.463 0.117 21.4 13.414521 59 43 706.8 0.5 0.238 0.074 27.8 13.414521 59 44 748.6 1.0 0.271 0.076 24.4 13.414521 59 45 915.5 0.4 0.556 0.152 23.8 13.414521 59 46 938.1 0.4 0.338 0.080 19.6 13.414521 59 47 969.82 0.15 10.456 2.024 13.9 13.414521 59 48 980.4 0.9 0.192 0.071 34.5 13.414521 59 49 997.83 0.15 6.287 1.355 16.8 13.414521 59 50 1010.3 1.0 0.165 0.070 40.0 13.414521 59 51 1060.8 0.2 1.324 0.319 20.0 13.414521 59 52 1072.7 0.15 4.765 1.020 16.7 13.414521 59 53 1089.81 0.15 3.838 0.892 19.0 13.414521 59 54 1131.62 0.1 66.178 8.896 0.0 13.414521 59 55 1183.8 1.1 0.152 0.057 34.8 13.414521 59 56 1244.8 0.9 0.212 0.072 31.2 13.414521 59 57 1294.4 0.2 1.721 0.460 23.1 13.414521 59 58 1316.7 1.7 0.139 0.056 38.1 13.414521 59 59 1379.0 1.0 0.205 0.072 32.3 13.414521 59 60 1386.3 1.1 0.132 0.069 50.0 13.414521 59 61 1424.7 0.9 0.172 0.070 38.5 13.414521 59 62 1451.7 0.5 0.185 0.071 35.7 13.414521 59 63 1470.9 0.2 3.177 0.733 18.8 13.414521 59 64 1539.7 1.5 0.099 0.061 60.0 13.414521 59 65 1556.8 0.5 0.278 0.076 23.8 13.414521 59 66 1571.3 0.2 1.125 0.305 23.5 13.414521 59 67 1614.4 1.3 0.119 0.055 44.4 13.414521 59 68 1705.1 0.8 0.199 0.071 33.3 13.414521 59 69 1743.0 0.5 0.642 0.158 20.6 13.414521 59 70 1747.3 0.4 0.662 0.159 20.0 13.414521 59 71 1762.3 1.3 0.119 0.055 44.4 13.414521 59 72 1826.0 0.7 0.344 0.081 19.2 13.414521 59 73 1856.4 0.4 0.728 0.165 18.2 13.414521 59 74 1912.4 1.0 0.251 0.074 26.3 13.414521 59 75 2012.0 0.8 0.225 0.073 29.4 13.414521 59 76 2096.9 0.9 0.199 0.071 33.3 13.414521 59 77 2130.3 0.9 0.218 0.072 30.3 13.414521 59 78 2137.7 1.0 0.165 0.070 40.0 13.414521 59 79 2199.3 0.8 0.265 0.075 25.0 13.414521 59 80 2367.7 1.2 0.185 0.071 35.7 13.414521 59 81 2426.5 0.2 1.588 0.451 25.0 13.414521 59 82 2471.8 1.8 0.179 0.070 37.0 13.414521 59 83 2689.4 1.1 0.192 0.071 34.5 13.414521 59 84 2703.1 0.6 0.331 0.080 20.0 13.414521 59 85 3212.6 1.1 0.205 0.072 32.3 13.414521 59 86 3229.1 1.3 0.146 0.069 45.5 13.414521 59 87 3263.8 0.9 0.245 0.074 27.0 13.414521 59 88 3410.7 1.6 0.152 0.069 43.5 13.414521 59 89 ENDDATA 60 0 14521 59 90 ENDSUBENT 89 0 14521 5999999 SUBENT 14521060 20190306 148014521 60 1 BIB 4 14 14521 60 2 REACTION (51-SB-0(N,INL)51-SB-0,PAR,SIG,G,SPA,DEROT) Partial 14521 60 3 gamma-ray production cross section, relative to a 14521 60 4 specified gamma-line. 14521 60 5 SAMPLE Target was Sb, in elemental form, with natural 14521 60 6 abundance, and mass 30.0 g. Target was exposed for 14521 60 7 25.0 hours. 14521 60 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 60 9 relative to the normalization transition at 14521 60 10 910.0 keV in 121Sb. 14521 60 11 STATUS (TABLE) Data received from A.Voyles and the 14521 60 12 authors of LBNL-1007259, using the methods it 14521 60 13 describes. Cross sections derived from gamma-ray 14521 60 14 intensities taken from table on pages 186-188 14521 60 15 of this work [1978DE41], as described in ANALYSIS. 14521 60 16 ENDBIB 14 0 14521 60 17 NOCOMMON 0 0 14521 60 18 DATA 6 47 14521 60 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 60 20 KEV KEV MB MB PER-CENT PER-CENT 14521 60 21 160.33 0.0 563.884 215.796 33.3 18.814521 60 22 327.8 0.8 9.398 3.597 33.3 18.814521 60 23 337.4 0.8 8.458 3.237 33.3 18.814521 60 24 375.1 0.2 48.557 10.267 9.7 18.814521 60 25 381.78 0.15 86.149 17.366 7.3 18.814521 60 26 391.6 0.4 20.362 6.061 23.1 18.814521 60 27 436.7 0.0 25.062 7.839 25.0 18.814521 60 28 470.7 0.4 15.507 3.844 16.2 18.814521 60 29 507.2 0.6 203.625 60.610 23.1 18.814521 60 30 542.1 0.2 40.725 8.983 11.5 18.814521 60 31 552.0 0.3 21.929 5.178 14.3 18.814521 60 32 573.08 0.0 114.343 22.879 6.8 18.814521 60 33 626.4 0.3 26.628 5.905 11.8 18.814521 60 34 909.77 0.15 156.634 29.447 0.0 18.814521 60 35 948.0 0.5 12.531 3.920 25.0 18.814521 60 36 966.0 0.0 9.398 3.597 33.3 18.814521 60 37 998.4 0.3 120.608 25.907 10.4 18.814521 60 38 1003.3 0.8 15.663 5.545 30.0 18.814521 60 39 1019.8 0.8 53.256 16.039 23.5 18.814521 60 40 1025.1 0.5 131.573 32.039 15.5 18.814521 60 41 1030.1 0.3 158.201 33.614 9.9 18.814521 60 42 1088.64 0.0 112.777 22.602 6.9 18.814521 60 43 1101.1 0.3 92.414 21.421 13.6 18.814521 60 44 1106.9 0.0 61.087 15.878 17.9 18.814521 60 45 1144.5 0.3 48.557 10.267 9.7 18.814521 60 46 1179.0 0.0 18.796 5.879 25.0 18.814521 60 47 1221.5 1.0 6.579 2.655 35.7 18.814521 60 48 1261.0 0.5 21.929 5.178 14.3 18.814521 60 49 1337.5 0.3 51.689 10.794 9.1 18.814521 60 50 1352.4 0.0 23.495 6.449 20.0 18.814521 60 51 1385.3 0.3 28.194 6.157 11.1 18.814521 60 52 1405.8 1.2 7.832 3.461 40.0 18.814521 60 53 1409.9 1.0 10.964 3.750 28.6 18.814521 60 54 1425.8 0.8 7.518 3.154 37.5 18.814521 60 55 1436.9 0.5 21.929 5.178 14.3 18.814521 60 56 1472.7 0.8 7.832 3.461 40.0 18.814521 60 57 1483.1 0.0 10.964 3.750 28.6 18.814521 60 58 1509.6 0.6 23.495 6.449 20.0 18.814521 60 59 1517.4 0.9 15.663 4.299 20.0 18.814521 60 60 1575.5 0.6 17.230 4.506 18.2 18.814521 60 61 1590.4 0.9 9.398 3.597 33.3 18.814521 60 62 1604.8 1.5 5.639 3.012 50.0 18.814521 60 63 1628.3 0.7 12.531 3.920 25.0 18.814521 60 64 1734.0 0.9 10.964 3.750 28.6 18.814521 60 65 1758.9 1.4 7.832 3.461 40.0 18.814521 60 66 1779.6 0.0 29.761 7.307 15.8 18.814521 60 67 1811.5 0.9 10.964 3.750 28.6 18.814521 60 68 ENDDATA 49 0 14521 60 69 ENDSUBENT 68 0 14521 6099999 SUBENT 14521061 20190306 148014521 61 1 BIB 4 14 14521 61 2 REACTION (52-TE-0(N,INL)52-TE-0,PAR,SIG,G,SPA,DEROT) Partial 14521 61 3 gamma-ray production cross section, relative to a 14521 61 4 specified gamma-line. 14521 61 5 SAMPLE Target was Te, in elemental form, with natural 14521 61 6 abundance, and mass 32.0 g. Target was exposed for 14521 61 7 3.0 hours. 14521 61 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 61 9 relative to the normalization transition at 14521 61 10 743.0 keV in 128Te. 14521 61 11 STATUS (TABLE) Data received from A.Voyles and the 14521 61 12 authors of LBNL-1007259, using the methods it 14521 61 13 describes. Cross sections derived from gamma-ray 14521 61 14 intensities taken from table on pages 188-190 14521 61 15 of this work [1978DE41], as described in ANALYSIS. 14521 61 16 ENDBIB 14 0 14521 61 17 NOCOMMON 0 0 14521 61 18 DATA 6 92 14521 61 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 61 20 KEV KEV MB MB PER-CENT PER-CENT 14521 61 21 159.1 0.3 31.660 7.660 19.5 14.314521 61 22 176.0 0.5 55.096 9.780 10.4 14.314521 61 23 182.4 0.4 22.614 4.922 16.4 14.314521 61 24 258.6 0.6 3.618 1.115 27.3 14.314521 61 25 262.7 0.3 11.101 2.290 14.8 14.314521 61 26 274.0 0.6 8.223 2.024 20.0 14.314521 61 27 285.7 0.3 7.401 1.628 16.7 14.314521 61 28 314.2 0.3 12.335 2.158 10.0 14.314521 61 29 322.6 0.8 2.878 0.920 28.6 14.314521 61 30 331.1 0.3 10.279 2.530 20.0 14.314521 61 31 334.4 0.3 9.457 2.463 21.7 14.314521 61 32 348.6 0.3 8.634 1.748 14.3 14.314521 61 33 352.2 0.5 2.385 0.670 24.1 14.314521 61 34 380.3 0.2 15.624 3.042 13.2 14.314521 61 35 408.0 0.3 9.868 2.170 16.7 14.314521 61 36 414.7 0.3 6.579 1.553 18.7 14.314521 61 37 427.8 0.2 16.447 2.877 10.0 14.314521 61 38 437.9 0.4 3.289 0.948 25.0 14.314521 61 39 443.5 0.2 18.091 3.073 9.1 14.314521 61 40 463.8 0.8 9.046 2.095 18.2 14.314521 61 41 468.18 0.17 25.081 4.364 9.8 14.314521 61 42 530.9 0.3 9.046 1.791 13.6 14.314521 61 43 537.8 0.3 6.990 1.297 11.8 14.314521 61 44 546.3 0.8 4.112 1.367 30.0 14.314521 61 45 550.6 0.8 3.700 1.343 33.3 14.314521 61 46 564.11 0.15 43.172 7.217 8.6 14.314521 61 47 568.6 0.8 9.046 3.536 36.4 14.314521 61 48 575.1 0.6 3.207 0.942 25.6 14.314521 61 49 602.7 0.1 98.680 18.781 12.5 14.314521 61 50 606.9 0.2 6.579 1.553 18.7 14.314521 61 51 617.1 0.4 5.756 1.485 21.4 14.314521 61 52 636.4 0.18 37.827 6.570 9.8 14.314521 61 53 645.9 0.2 14.802 2.956 13.9 14.314521 61 54 651.9 0.3 4.934 1.085 16.7 14.314521 61 55 658.7 0.8 1.727 0.665 35.7 14.314521 61 56 666.44 0.07 283.704 45.611 7.2 14.314521 61 57 694.8 0.2 49.340 10.852 16.7 14.314521 61 58 708.6 0.5 3.824 0.921 19.4 14.314521 61 59 722.88 0.18 11.101 2.015 11.1 14.314521 61 60 729.4 0.4 2.960 0.591 13.9 14.314521 61 61 743.31 0.07 411.165 59.008 0.0 14.314521 61 62 748.83 0.15 39.061 5.971 5.3 14.314521 61 63 753.92 0.15 126.639 19.192 4.9 14.314521 61 64 773.6 0.3 4.112 1.747 40.0 14.314521 61 65 776.91 0.18 45.639 7.523 8.1 14.314521 61 66 782.8 0.8 2.878 1.301 42.9 14.314521 61 67 786.1 0.8 2.056 0.874 40.0 14.314521 61 68 793.67 0.08 87.167 13.448 5.7 14.314521 61 69 816.4 0.5 2.138 0.652 26.9 14.314521 61 70 839.59 0.07 374.160 57.498 5.5 14.314521 61 71 857.0 0.3 8.634 1.487 9.5 14.314521 61 72 888.5 0.8 3.084 0.862 24.0 14.314521 61 73 929.2 0.6 3.577 0.771 16.1 14.314521 61 74 942.0 0.8 2.261 0.734 29.1 14.314521 61 75 947.8 0.0 4.112 1.367 30.0 14.314521 61 76 1030.8 1.0 1.233 0.524 40.0 14.314521 61 77 1041.3 0.6 2.508 0.679 23.0 14.314521 61 78 1046.3 0.2 20.147 3.548 10.2 14.314521 61 79 1053.8 0.6 4.194 0.805 12.7 14.314521 61 80 1086.6 0.8 2.549 0.826 29.0 14.314521 61 81 1101.5 1.0 2.385 1.006 39.7 14.314521 61 82 1105.7 1.0 1.768 0.744 39.5 14.314521 61 83 1125.6 0.2 2.960 0.591 13.9 14.314521 61 84 1142.1 0.2 8.223 1.707 15.0 14.314521 61 85 1207.4 1.0 4.934 1.422 25.0 14.314521 61 86 1225.42 0.18 13.157 2.255 9.4 14.314521 61 87 1229.9 0.8 1.028 0.398 36.0 14.314521 61 88 1236.1 0.5 4.194 0.954 17.6 14.314521 61 89 1284.6 0.3 4.687 1.000 15.8 14.314521 61 90 1299.7 1.0 5.756 1.840 28.6 14.314521 61 91 1346.8 0.5 3.783 0.853 17.4 14.314521 61 92 1351.0 0.5 4.071 0.911 17.2 14.314521 61 93 1379.0 0.8 1.521 0.616 37.8 14.314521 61 94 1420.5 0.2 5.386 1.070 13.7 14.314521 61 95 1435.4 0.5 4.523 0.895 13.6 14.314521 61 96 1443.1 0.3 6.990 1.590 17.6 14.314521 61 97 1449.9 0.3 8.634 1.748 14.3 14.314521 61 98 1461.2 0.8 6.167 1.868 26.7 14.314521 61 99 1474.6 0.6 3.700 0.979 22.2 14.314521 61 100 1517.5 0.0 9.457 3.182 30.4 14.314521 61 101 1608.6 0.6 4.112 1.367 30.0 14.314521 61 102 1627.5 0.4 2.796 0.636 17.6 14.314521 61 103 1688.3 0.5 4.112 1.012 20.0 14.314521 61 104 1719.7 0.5 4.112 1.012 20.0 14.314521 61 105 1751.4 0.8 4.934 1.422 25.0 14.314521 61 106 1837.4 1.0 1.932 0.790 38.3 14.314521 61 107 1906.1 0.8 2.673 0.983 33.8 14.314521 61 108 2006.2 1.0 1.069 0.478 42.3 14.314521 61 109 2045.6 0.8 3.289 1.321 37.5 14.314521 61 110 2191.1 0.6 6.167 1.868 26.7 14.314521 61 111 2283.2 0.8 1.891 0.563 26.1 14.314521 61 112 2507.3 1.0 1.275 0.526 38.7 14.314521 61 113 ENDDATA 94 0 14521 61 114 ENDSUBENT 113 0 14521 6199999 SUBENT 14521062 20190306 148014521 62 1 BIB 4 22 14521 62 2 REACTION (52-TE-124(N,INL)52-TE-124,PAR,SIG,G,SPA,DEROT) Partial14521 62 3 gamma-ray production cross section, relative to a 14521 62 4 specified gamma-line. 14521 62 5 SAMPLE Target was Te, in TeO2 form, enriched in 14521 62 6 124Te, with mass 10.0 g. Target was exposed for 14521 62 7 3.0 hours. 14521 62 8 (52-TE-120,ENR=0.0004) 14521 62 9 (52-TE-122,ENR=0.0007) 14521 62 10 (52-TE-123,ENR=0.0009) 14521 62 11 (52-TE-124,ENR=0.9080) 14521 62 12 (52-TE-125,ENR=0.0446) 14521 62 13 (52-TE-126,ENR=0.0270) 14521 62 14 (52-TE-128,ENR=0.0096) 14521 62 15 (52-TE-130,ENR=0.0092) 14521 62 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 62 17 relative to the normalization transition at 14521 62 18 602.76 keV in 124Te. 14521 62 19 STATUS (TABLE) Data received from A.Voyles and the 14521 62 20 authors of LBNL-1007259, using the methods it 14521 62 21 describes. Cross sections derived from gamma-ray 14521 62 22 intensities taken from table on pages 190-193 14521 62 23 of this work [1978DE41], as described in ANALYSIS. 14521 62 24 ENDBIB 22 0 14521 62 25 NOCOMMON 0 0 14521 62 26 DATA 6 67 14521 62 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 62 28 KEV KEV MB MB PER-CENT PER-CENT 14521 62 29 443.7 0.3 1.974 0.424 10.0 19.014521 62 30 498.37 0.1 1.816 0.359 5.4 19.014521 62 31 525.4 0.5 0.365 0.113 24.3 19.014521 62 32 546.7 0.2 0.414 0.126 23.8 19.014521 62 33 557.6 0.2 0.809 0.183 12.2 19.014521 62 34 591.2 0.2 0.464 0.106 12.8 19.014521 62 35 602.76 0.07 98.680 18.776 0.0 19.014521 62 36 645.9 0.07 15.690 3.144 6.3 19.014521 62 37 709.3 0.2 1.500 0.322 9.9 19.014521 62 38 713.85 0.15 1.875 0.403 10.0 19.014521 62 39 722.78 0.07 17.368 3.449 5.7 19.014521 62 40 790.7 0.4 0.464 0.125 19.1 19.014521 62 41 793.8 0.8 0.336 0.118 29.4 19.014521 62 42 797.3 0.8 0.217 0.080 31.8 19.014521 62 43 827.83 0.15 0.464 0.112 14.9 19.014521 62 44 856.9 0.2 0.187 0.069 31.6 19.014521 62 45 888.6 0.2 0.345 0.119 28.6 19.014521 62 46 927.0 0.8 0.207 0.106 47.6 19.014521 62 47 976.28 0.1 0.553 0.121 10.7 19.014521 62 48 1026.9 0.6 0.148 0.057 33.3 19.014521 62 49 1031.0 0.6 0.138 0.056 35.7 19.014521 62 50 1044.9 0.2 0.148 0.041 20.0 19.014521 62 51 1054.59 0.1 2.013 0.431 9.8 19.014521 62 52 1086.49 0.1 1.303 0.279 9.8 19.014521 62 53 1097.3 0.5 0.237 0.060 16.7 19.014521 62 54 1126.8 0.5 0.326 0.142 39.4 19.014521 62 55 1186.8 0.5 0.109 0.029 18.2 19.014521 62 56 1263.4 0.2 0.434 0.096 11.4 19.014521 62 57 1301.5 0.3 0.326 0.073 12.1 19.014521 62 58 1325.56 0.1 1.974 0.424 10.0 19.014521 62 59 1346.0 0.2 0.355 0.078 11.1 19.014521 62 60 1355.18 0.15 0.957 0.217 12.4 19.014521 62 61 1369.6 0.3 0.562 0.146 17.5 19.014521 62 62 1376.3 0.3 0.345 0.088 17.1 19.014521 62 63 1385.1 0.3 0.247 0.061 16.0 19.014521 62 64 1436.57 0.1 2.595 0.532 7.6 19.014521 62 65 1485.3 0.5 0.089 0.034 33.3 19.014521 62 66 1489.0 0.2 1.826 0.426 13.5 19.014521 62 67 1494.9 0.8 0.099 0.044 40.0 19.014521 62 68 1509.3 0.5 0.286 0.088 24.1 19.014521 62 69 1526.4 0.8 0.247 0.092 32.0 19.014521 62 70 1550.3 0.8 0.138 0.040 21.4 19.014521 62 71 1579.9 0.3 0.750 0.163 10.5 19.014521 62 72 1622.7 0.6 0.454 0.124 19.6 19.014521 62 73 1691.05 0.15 2.131 0.451 9.3 19.014521 62 74 1706.2 0.7 0.336 0.094 20.6 19.014521 62 75 1709.2 0.7 0.168 0.051 23.5 19.014521 62 76 1720.2 0.2 1.115 0.238 9.7 19.014521 62 77 1834.7 0.8 0.257 0.069 19.2 19.014521 62 78 1842.0 0.8 0.237 0.067 20.8 19.014521 62 79 1851.5 0.3 0.454 0.099 10.9 19.014521 62 80 1861.2 0.8 0.069 0.032 42.9 19.014521 62 81 1918.7 0.2 0.562 0.139 15.8 19.014521 62 82 1927.1 0.3 0.187 0.053 21.1 19.014521 62 83 1998.6 0.5 0.178 0.052 22.2 19.014521 62 84 2016.1 0.7 0.109 0.045 36.4 19.014521 62 85 2039.27 0.1 1.135 0.246 10.4 19.014521 62 86 2079.2 0.3 0.385 0.094 15.4 19.014521 62 87 2091.3 0.2 0.553 0.121 10.7 19.014521 62 88 2107.9 0.6 0.187 0.069 31.6 19.014521 62 89 2182.6 0.5 0.296 0.082 20.0 19.014521 62 90 2214.6 0.3 0.286 0.067 13.8 19.014521 62 91 2256.6 0.7 0.168 0.067 35.3 19.014521 62 92 2283.7 0.8 0.207 0.056 19.0 19.014521 62 93 2516.4 0.8 0.158 0.050 25.0 19.014521 62 94 2746.9 0.8 0.385 0.108 20.5 19.014521 62 95 2783.4 0.8 0.286 0.096 27.6 19.014521 62 96 ENDDATA 69 0 14521 62 97 ENDSUBENT 96 0 14521 6299999 SUBENT 14521063 20190306 148014521 63 1 BIB 4 22 14521 63 2 REACTION (52-TE-126(N,INL)52-TE-126,PAR,SIG,G,SPA,DEROT) Partial14521 63 3 gamma-ray production cross section, relative to a 14521 63 4 specified gamma-line. 14521 63 5 SAMPLE Target was Te, in TeO2 form, enriched in 14521 63 6 126Te, with mass 10.0 g. Target was exposed for 14521 63 7 3.0 hours. 14521 63 8 (52-TE-120,ENR=0.0003) 14521 63 9 (52-TE-122,ENR=0.0003) 14521 63 10 (52-TE-123,ENR=0.0003) 14521 63 11 (52-TE-124,ENR=0.0006) 14521 63 12 (52-TE-125,ENR=0.0012) 14521 63 13 (52-TE-126,ENR=0.9820) 14521 63 14 (52-TE-128,ENR=0.0120) 14521 63 15 (52-TE-130,ENR=0.0042) 14521 63 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 63 17 relative to the normalization transition at 14521 63 18 666.41 keV in 126Te. 14521 63 19 STATUS (TABLE) Data received from A.Voyles and the 14521 63 20 authors of LBNL-1007259, using the methods it 14521 63 21 describes. Cross sections derived from gamma-ray 14521 63 22 intensities taken from table on pages 194-197 14521 63 23 of this work [1978DE41], as described in ANALYSIS. 14521 63 24 ENDBIB 22 0 14521 63 25 NOCOMMON 0 0 14521 63 26 DATA 6 116 14521 63 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 63 28 KEV KEV MB MB PER-CENT PER-CENT 14521 63 29 144.6 0.8 3.121 1.241 36.4 16.014521 63 30 168.0 0.6 1.419 0.612 40.0 16.014521 63 31 179.5 0.8 0.908 0.345 34.4 16.014521 63 32 241.7 0.8 0.482 0.213 41.2 16.014521 63 33 257.6 0.4 2.043 0.607 25.0 16.014521 63 34 297.34 0.16 1.759 0.381 14.5 16.014521 63 35 370.43 0.16 0.709 0.229 28.0 16.014521 63 36 372.76 0.15 2.213 0.438 11.5 16.014521 63 37 414.82 0.12 7.093 1.343 10.0 16.014521 63 38 430.0 0.6 0.539 0.143 21.1 16.014521 63 39 558.4 0.3 0.397 0.085 14.3 16.014521 63 40 620.1 0.3 0.511 0.118 16.7 16.014521 63 41 624.1 0.3 0.993 0.214 14.3 16.014521 63 42 648.5 0.3 0.426 0.109 20.0 16.014521 63 43 651.81 0.1 6.554 1.107 5.2 16.014521 63 44 656.9 0.3 2.582 0.424 3.3 16.014521 63 45 666.41 0.07 283.704 45.610 0.0 16.014521 63 46 673.5 0.4 0.567 0.125 15.0 16.014521 63 47 695.08 0.07 50.216 9.404 9.6 16.014521 63 48 708.26 0.07 4.880 0.803 3.5 16.014521 63 49 721.0 0.3 0.936 0.188 12.1 16.014521 63 50 733.3 0.3 0.454 0.092 12.5 16.014521 63 51 739.2 0.5 0.199 0.065 28.6 16.014521 63 52 753.91 0.08 48.485 7.797 0.4 16.014521 63 53 767.23 0.12 1.617 0.311 10.5 16.014521 63 54 807.8 0.4 0.227 0.067 25.0 16.014521 63 55 856.89 0.08 11.150 1.825 3.1 16.014521 63 56 876.2 0.7 0.199 0.065 28.6 16.014521 63 57 889.4 0.4 0.653 0.119 8.7 16.014521 63 58 907.2 0.7 0.199 0.065 28.6 16.014521 63 59 938.7 0.5 0.170 0.063 33.3 16.014521 63 60 947.88 0.15 2.468 0.505 12.6 16.014521 63 61 965.9 0.4 0.199 0.065 28.6 16.014521 63 62 999.9 0.2 0.794 0.153 10.7 16.014521 63 63 1004.6 0.8 0.142 0.061 40.0 16.014521 63 64 1023.9 0.4 0.312 0.076 18.2 16.014521 63 65 1035.1 0.3 0.738 0.164 15.4 16.014521 63 66 1043.3 0.5 0.397 0.130 28.6 16.014521 63 67 1050.1 0.8 0.397 0.182 42.9 16.014521 63 68 1059.1 0.8 0.284 0.122 40.0 16.014521 63 69 1095.3 0.8 0.340 0.126 33.3 16.014521 63 70 1118.4 0.2 0.908 0.185 12.5 16.014521 63 71 1172.59 0.15 1.390 0.251 8.2 16.014521 63 72 1190.1 0.3 0.624 0.151 18.2 16.014521 63 73 1207.13 0.07 3.603 0.687 10.2 16.014521 63 74 1216.5 0.3 1.277 0.328 20.0 16.014521 63 75 1237.3 0.4 0.340 0.126 33.3 16.014521 63 76 1247.1 0.8 0.312 0.124 36.4 16.014521 63 77 1292.5 0.8 0.312 0.124 36.4 16.014521 63 78 1300.32 0.15 1.163 0.235 12.2 16.014521 63 79 1311.4 0.4 0.426 0.109 20.0 16.014521 63 80 1317.5 0.3 0.936 0.188 12.1 16.014521 63 81 1346.88 0.15 4.170 0.699 4.8 16.014521 63 82 1370.0 0.7 0.312 0.076 18.2 16.014521 63 83 1378.77 0.15 1.986 0.339 5.7 16.014521 63 84 1383.0 0.2 0.567 0.107 10.0 16.014521 63 85 1394.1 0.0 0.454 0.092 12.5 16.014521 63 86 1407.1 0.4 0.142 0.061 40.0 16.014521 63 87 1413.7 0.3 0.879 0.181 12.9 16.014521 63 88 1420.32 0.11 2.979 0.499 4.8 16.014521 63 89 1438.9 0.4 0.539 0.121 15.8 16.014521 63 90 1447.15 0.18 1.560 0.275 7.3 16.014521 63 91 1462.2 0.2 1.731 0.300 6.6 16.014521 63 92 1471.3 0.5 0.312 0.124 36.4 16.014521 63 93 1477.5 0.5 0.227 0.093 37.5 16.014521 63 94 1495.8 0.8 0.284 0.097 30.0 16.014521 63 95 1502.7 0.8 0.312 0.099 27.3 16.014521 63 96 1507.1 0.4 0.170 0.063 33.3 16.014521 63 97 1515.16 0.1 3.802 0.634 4.5 16.014521 63 98 1518.0 0.1 5.731 0.964 5.0 16.014521 63 99 1528.7 0.7 0.170 0.063 33.3 16.014521 63 100 1535.8 0.0 0.482 0.162 29.4 16.014521 63 101 1550.6 0.6 1.419 0.458 28.0 16.014521 63 102 1555.3 0.6 0.681 0.227 29.2 16.014521 63 103 1576.9 0.8 0.426 0.157 33.3 16.014521 63 104 1598.3 0.8 0.312 0.099 27.3 16.014521 63 105 1605.5 0.7 0.312 0.099 27.3 16.014521 63 106 1636.0 0.8 0.227 0.093 37.5 16.014521 63 107 1646.6 0.4 0.511 0.164 27.8 16.014521 63 108 1702.0 0.8 0.369 0.128 30.8 16.014521 63 109 1719.64 0.12 5.929 1.124 10.0 16.014521 63 110 1747.8 0.4 0.794 0.153 10.7 16.014521 63 111 1754.85 0.14 2.809 0.519 9.1 16.014521 63 112 1761.7 0.4 0.482 0.137 23.5 16.014521 63 113 1792.2 0.7 0.340 0.126 33.3 16.014521 63 114 1804.9 0.8 0.397 0.130 28.6 16.014521 63 115 1813.3 0.7 0.567 0.146 20.0 16.014521 63 116 1837.4 0.3 1.872 0.395 13.6 16.014521 63 117 1855.6 0.4 0.369 0.082 15.4 16.014521 63 118 1861.5 0.4 0.255 0.070 22.2 16.014521 63 119 1876.7 0.0 0.482 0.115 17.6 16.014521 63 120 1911.7 0.2 1.021 0.200 11.1 16.014521 63 121 1919.2 0.15 3.234 0.606 9.6 16.014521 63 122 1952.5 0.8 0.170 0.089 50.0 16.014521 63 123 1973.3 0.5 0.624 0.151 18.2 16.014521 63 124 1981.1 0.8 0.227 0.093 37.5 16.014521 63 125 2015.7 0.3 1.220 0.260 14.0 16.014521 63 126 2045.41 0.17 3.546 0.664 9.6 16.014521 63 127 2064.8 0.5 0.255 0.070 22.2 16.014521 63 128 2071.2 0.5 0.426 0.133 26.7 16.014521 63 129 2116.5 0.3 1.050 0.240 16.2 16.014521 63 130 2148.0 0.4 0.539 0.121 15.8 16.014521 63 131 2167.7 0.8 0.426 0.133 26.7 16.014521 63 132 2182.1 0.6 0.681 0.158 16.7 16.014521 63 133 2193.1 0.7 0.567 0.125 15.0 16.014521 63 134 2211.4 0.8 0.596 0.246 38.1 16.014521 63 135 2305.0 0.7 0.596 0.148 19.0 16.014521 63 136 2341.8 0.8 0.312 0.124 36.4 16.014521 63 137 2503.4 0.6 0.312 0.099 27.3 16.014521 63 138 2609.6 0.8 0.312 0.150 45.5 16.014521 63 139 2679.6 0.6 0.539 0.191 31.6 16.014521 63 140 2812.8 0.8 1.163 0.253 14.6 16.014521 63 141 2877.3 0.6 0.539 0.166 26.3 16.014521 63 142 2897.9 0.8 0.766 0.335 40.7 16.014521 63 143 2974.6 0.8 0.511 0.189 33.3 16.014521 63 144 3015.8 0.6 0.284 0.097 30.0 16.014521 63 145 ENDDATA 118 0 14521 63 146 ENDSUBENT 145 0 14521 6399999 SUBENT 14521064 20190306 148014521 64 1 BIB 4 22 14521 64 2 REACTION (52-TE-128(N,INL)52-TE-128,PAR,SIG,G,SPA,DEROT) Partial14521 64 3 gamma-ray production cross section, relative to a 14521 64 4 specified gamma-line. 14521 64 5 SAMPLE Target was Te, in TeO2 form, enriched in 14521 64 6 128Te, with mass 10.0 g. Target was exposed for 14521 64 7 3.0 hours. 14521 64 8 (52-TE-120,ENR=0.0003) 14521 64 9 (52-TE-122,ENR=0.0003) 14521 64 10 (52-TE-123,ENR=0.0002) 14521 64 11 (52-TE-124,ENR=0.0003) 14521 64 12 (52-TE-125,ENR=0.0005) 14521 64 13 (52-TE-126,ENR=0.0027) 14521 64 14 (52-TE-128,ENR=0.9870) 14521 64 15 (52-TE-130,ENR=0.0093) 14521 64 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 64 17 relative to the normalization transition at 14521 64 18 743.27 keV in 128Te. 14521 64 19 STATUS (TABLE) Data received from A.Voyles and the 14521 64 20 authors of LBNL-1007259, using the methods it 14521 64 21 describes. Cross sections derived from gamma-ray 14521 64 22 intensities taken from table on pages 197-201 14521 64 23 of this work [1978DE41], as described in ANALYSIS. 14521 64 24 ENDBIB 22 0 14521 64 25 NOCOMMON 0 0 14521 64 26 DATA 6 76 14521 64 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 64 28 KEV KEV MB MB PER-CENT PER-CENT 14521 64 29 221.8 0.8 0.699 0.305 41.2 14.314521 64 30 239.0 0.7 0.576 0.184 28.6 14.314521 64 31 249.3 0.5 0.658 0.190 25.0 14.314521 64 32 262.7 0.2 12.335 2.158 10.0 14.314521 64 33 314.2 0.2 11.101 2.015 11.1 14.314521 64 34 323.0 0.4 3.166 0.766 19.5 14.314521 64 35 353.3 0.4 1.192 0.237 13.8 14.314521 64 36 366.0 0.8 0.370 0.173 44.4 14.314521 64 37 368.4 0.8 0.493 0.179 33.3 14.314521 64 38 437.9 0.2 2.138 0.421 13.5 14.314521 64 39 526.55 0.11 2.714 0.423 6.1 14.314521 64 40 531.03 0.1 10.690 1.625 5.0 14.314521 64 41 567.6 0.8 1.192 0.484 37.9 14.314521 64 42 636.32 0.07 32.893 5.149 6.2 14.314521 64 43 643.61 0.1 3.947 0.635 7.3 14.314521 64 44 720.4 0.9 0.164 0.086 50.0 14.314521 64 45 728.8 0.3 1.398 0.318 17.6 14.314521 64 46 743.27 0.07 411.165 59.008 0.0 14.314521 64 47 753.88 0.07 84.289 12.208 2.0 14.314521 64 48 773.45 0.09 4.975 0.743 4.1 14.314521 64 49 776.79 0.07 52.629 7.653 2.3 14.314521 64 50 787.9 0.2 1.192 0.190 6.9 14.314521 64 51 820.7 0.2 0.535 0.112 15.4 14.314521 64 52 905.6 0.7 0.370 0.098 22.2 14.314521 64 53 908.7 0.7 0.699 0.193 23.5 14.314521 64 54 922.0 0.9 0.247 0.090 33.3 14.314521 64 55 929.0 0.2 3.248 0.509 6.3 14.314521 64 56 990.4 0.6 1.233 0.271 16.7 14.314521 64 57 996.8 0.5 1.110 0.229 14.8 14.314521 64 58 1040.8 0.4 1.069 0.225 15.4 14.314521 64 59 1053.6 0.17 2.220 0.403 11.1 14.314521 64 60 1074.4 0.8 0.206 0.087 40.0 14.314521 64 61 1097.8 0.8 0.576 0.184 28.6 14.314521 64 62 1158.4 0.5 0.617 0.152 20.0 14.314521 64 63 1186.0 1.0 0.206 0.087 40.0 14.314521 64 64 1189.0 1.0 0.206 0.087 40.0 14.314521 64 65 1192.0 0.8 0.288 0.092 28.6 14.314521 64 66 1225.32 0.1 15.624 2.559 7.9 14.314521 64 67 1235.72 0.1 3.988 0.641 7.2 14.314521 64 68 1284.62 0.1 4.852 0.809 8.5 14.314521 64 69 1300.7 0.8 1.069 0.257 19.2 14.314521 64 70 1420.29 0.15 3.330 0.520 6.2 14.314521 64 71 1434.7 0.5 1.316 0.250 12.5 14.314521 64 72 1450.24 0.1 9.416 1.503 7.0 14.314521 64 73 1474.71 0.1 5.057 0.797 6.5 14.314521 64 74 1486.2 0.2 0.822 0.171 15.0 14.314521 64 75 1520.0 0.2 1.521 0.251 8.1 14.314521 64 76 1547.0 1.0 0.452 0.139 27.3 14.314521 64 77 1565.0 0.5 0.987 0.188 12.5 14.314521 64 78 1608.81 0.1 4.482 0.763 9.2 14.314521 64 79 1696.9 0.8 0.411 0.137 30.0 14.314521 64 80 1739.2 0.2 1.110 0.201 11.1 14.314521 64 81 1744.4 0.2 1.069 0.197 11.5 14.314521 64 82 1750.85 0.16 6.661 0.964 1.9 14.314521 64 83 1764.8 0.4 2.138 0.369 9.6 14.314521 64 84 1887.0 0.2 2.303 0.438 12.5 14.314521 64 85 1900.5 0.4 0.699 0.193 23.5 14.314521 64 86 1963.4 0.2 1.604 0.309 12.8 14.314521 64 87 1969.1 0.2 2.303 0.412 10.7 14.314521 64 88 1974.5 0.5 0.288 0.092 28.6 14.314521 64 89 2005.5 0.6 1.028 0.221 16.0 14.314521 64 90 2077.3 0.3 0.576 0.117 14.3 14.314521 64 91 2087.3 0.7 0.411 0.137 30.0 14.314521 64 92 2141.4 0.6 0.863 0.206 19.0 14.314521 64 93 2169.9 0.8 0.535 0.181 30.8 14.314521 64 94 2194.1 0.5 0.699 0.130 11.8 14.314521 64 95 2287.0 1.0 0.288 0.130 42.9 14.314521 64 96 2352.4 0.7 0.493 0.109 16.7 14.314521 64 97 2405.6 0.6 0.576 0.148 21.4 14.314521 64 98 2508.3 0.3 0.822 0.171 15.0 14.314521 64 99 2662.6 0.8 0.288 0.130 42.9 14.314521 64 100 2674.3 0.8 0.288 0.092 28.6 14.314521 64 101 2763.2 0.5 1.151 0.233 14.3 14.314521 64 102 2890.0 1.0 0.288 0.130 42.9 14.314521 64 103 3104.0 2.0 0.699 0.266 35.3 14.314521 64 104 3184.5 0.8 0.411 0.175 40.0 14.314521 64 105 ENDDATA 78 0 14521 64 106 ENDSUBENT 105 0 14521 6499999 SUBENT 14521065 20190306 148014521 65 1 BIB 4 22 14521 65 2 REACTION (52-TE-130(N,INL)52-TE-130,PAR,SIG,G,SPA,DEROT) Partial14521 65 3 gamma-ray production cross section, relative to a 14521 65 4 specified gamma-line. 14521 65 5 SAMPLE Target was Te, in TeO2 form, enriched in 14521 65 6 130Te, with mass 10.0 g. Target was exposed for 14521 65 7 3.0 hours. 14521 65 8 (52-TE-120,ENR=0.0003) 14521 65 9 (52-TE-122,ENR=0.0003) 14521 65 10 (52-TE-123,ENR=0.0006) 14521 65 11 (52-TE-124,ENR=0.0003) 14521 65 12 (52-TE-125,ENR=0.0005) 14521 65 13 (52-TE-126,ENR=0.0016) 14521 65 14 (52-TE-128,ENR=0.0044) 14521 65 15 (52-TE-130,ENR=0.9940) 14521 65 16 ANALYSIS Partial gamma-ray cross sections are reported 14521 65 17 relative to the normalization transition at 14521 65 18 839.59 keV in 130Te. 14521 65 19 STATUS (TABLE) Data received from A.Voyles and the 14521 65 20 authors of LBNL-1007259, using the methods it 14521 65 21 describes. Cross sections derived from gamma-ray 14521 65 22 intensities taken from table on pages 201-204 14521 65 23 of this work [1978DE41], as described in ANALYSIS. 14521 65 24 ENDBIB 22 0 14521 65 25 NOCOMMON 0 0 14521 65 26 DATA 6 87 14521 65 27 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 65 28 KEV KEV MB MB PER-CENT PER-CENT 14521 65 29 145.9 0.5 6.361 2.111 29.4 15.314521 65 30 182.4 0.2 19.082 4.190 15.7 15.314521 65 31 258.2 0.3 2.806 0.650 17.3 15.314521 65 32 285.7 0.2 1.983 0.358 9.4 15.314521 65 33 303.3 0.2 2.357 0.426 9.5 15.314521 65 34 331.1 0.15 9.354 1.621 8.0 15.314521 65 35 334.39 0.15 7.483 1.372 10.0 15.314521 65 36 343.3 0.5 0.561 0.173 26.7 15.314521 65 37 348.6 0.17 7.857 1.421 9.5 15.314521 65 38 452.3 0.8 1.160 0.381 29.0 15.314521 65 39 468.28 0.15 32.178 5.596 8.1 15.314521 65 40 505.8 0.8 4.864 1.349 23.1 15.314521 65 41 521.6 0.4 1.534 0.352 17.1 15.314521 65 42 535.4 0.4 1.908 0.393 13.7 15.314521 65 43 550.54 0.15 3.816 0.676 8.8 15.314521 65 44 596.4 0.3 2.806 0.623 16.0 15.314521 65 45 613.7 0.2 3.704 0.661 9.1 15.314521 65 46 620.2 0.8 0.561 0.240 40.0 15.314521 65 47 647.6 0.5 1.235 0.294 18.2 15.314521 65 48 658.4 0.6 1.122 0.254 16.7 15.314521 65 49 669.7 0.6 0.823 0.196 18.2 15.314521 65 50 681.5 0.8 0.711 0.217 26.3 15.314521 65 51 697.9 0.4 3.367 0.661 12.2 15.314521 65 52 732.5 0.8 0.374 0.160 40.0 15.314521 65 53 748.83 0.07 40.035 6.431 4.7 15.314521 65 54 793.6 0.07 83.064 13.201 4.1 15.314521 65 55 816.59 0.15 3.517 0.637 9.6 15.314521 65 56 839.58 0.07 374.160 57.499 0.0 15.314521 65 57 859.4 0.2 1.759 0.309 8.5 15.314521 65 58 888.0 0.8 0.299 0.121 37.5 15.314521 65 59 904.1 0.5 0.524 0.138 21.4 15.314521 65 60 921.0 0.5 1.347 0.334 19.4 15.314521 65 61 934.9 0.7 0.486 0.167 30.8 15.314521 65 62 938.5 0.8 0.299 0.121 37.5 15.314521 65 63 985.7 1.0 0.786 0.323 38.1 15.314521 65 64 1002.6 0.6 0.412 0.098 18.2 15.314521 65 65 1018.0 0.7 1.347 0.334 19.4 15.314521 65 66 1031.0 0.8 0.299 0.121 37.5 15.314521 65 67 1046.2 0.18 23.572 4.077 7.9 15.314521 65 68 1086.5 0.5 0.673 0.182 22.2 15.314521 65 69 1097.8 0.7 0.823 0.196 18.2 15.314521 65 70 1100.8 0.8 0.748 0.391 50.0 15.314521 65 71 1103.0 0.8 0.748 0.391 50.0 15.314521 65 72 1115.3 0.8 0.935 0.267 24.0 15.314521 65 73 1125.26 0.18 3.929 0.674 7.6 15.314521 65 74 1135.6 0.4 0.823 0.169 13.6 15.314521 65 75 1142.08 0.15 6.623 1.145 7.9 15.314521 65 76 1186.1 0.8 0.337 0.158 44.4 15.314521 65 77 1219.4 0.7 0.374 0.126 30.0 15.314521 65 78 1232.1 0.8 0.262 0.119 42.9 15.314521 65 79 1291.0 0.7 0.786 0.255 28.6 15.314521 65 80 1293.8 0.7 0.786 0.255 28.6 15.314521 65 81 1299.19 0.15 4.340 0.765 8.6 15.314521 65 82 1351.1 0.15 4.602 0.768 6.5 15.314521 65 83 1367.5 0.7 0.973 0.302 26.9 15.314521 65 84 1375.2 0.6 0.524 0.138 21.4 15.314521 65 85 1443.13 0.15 6.248 1.132 9.6 15.314521 65 86 1460.79 0.17 5.163 0.931 9.4 15.314521 65 87 1491.3 0.7 1.347 0.461 30.6 15.314521 65 88 1506.7 0.7 0.561 0.173 26.7 15.314521 65 89 1533.3 0.8 0.262 0.119 42.9 15.314521 65 90 1588.2 0.8 0.711 0.250 31.6 15.314521 65 91 1627.4 0.2 3.442 0.627 9.8 15.314521 65 92 1636.3 0.4 0.524 0.138 21.4 15.314521 65 93 1658.1 0.8 0.299 0.088 25.0 15.314521 65 94 1687.6 0.2 7.857 1.421 9.5 15.314521 65 95 1723.0 1.0 0.337 0.124 33.3 15.314521 65 96 1729.0 1.0 0.224 0.082 33.3 15.314521 65 97 1741.8 0.3 2.432 0.503 13.8 15.314521 65 98 1856.7 0.8 0.262 0.119 42.9 15.314521 65 99 1905.5 0.2 2.432 0.503 13.8 15.314521 65 100 1949.9 0.7 1.459 0.345 17.9 15.314521 65 101 2048.1 0.8 0.673 0.153 16.7 15.314521 65 102 2105.6 1.0 1.048 0.340 28.6 15.314521 65 103 2115.6 1.0 1.759 0.524 25.5 15.314521 65 104 2190.8 0.2 4.415 0.814 10.2 15.314521 65 105 2256.3 0.6 0.561 0.142 20.0 15.314521 65 106 2278.4 0.6 0.374 0.126 30.0 15.314521 65 107 2283.0 0.7 0.823 0.258 27.3 15.314521 65 108 2314.8 1.5 0.449 0.199 41.7 15.314521 65 109 2503.3 0.8 0.299 0.121 37.5 15.314521 65 110 2607.8 1.0 1.384 0.565 37.8 15.314521 65 111 2689.0 0.6 1.497 0.377 20.0 15.314521 65 112 2709.3 1.0 0.262 0.119 42.9 15.314521 65 113 2743.3 0.7 1.833 0.562 26.5 15.314521 65 114 2758.6 0.9 0.262 0.119 42.9 15.314521 65 115 3195.7 1.5 0.711 0.284 36.8 15.314521 65 116 ENDDATA 89 0 14521 65 117 ENDSUBENT 116 0 14521 6599999 SUBENT 14521066 20190306 148014521 66 1 BIB 4 14 14521 66 2 REACTION (53-I-127(N,INL)53-I-127,PAR,SIG,G,SPA,DEROT) Partial 14521 66 3 gamma-ray production cross section, relative to a 14521 66 4 specified gamma-line. 14521 66 5 SAMPLE Target was I, in elemental form, with natural 14521 66 6 abundance, and mass 18.7 g. Target was exposed for 14521 66 7 18.5 hours. 14521 66 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 66 9 relative to the normalization transition at 14521 66 10 418.0 keV in 127I. 14521 66 11 STATUS (TABLE) Data received from A.Voyles and the 14521 66 12 authors of LBNL-1007259, using the methods it 14521 66 13 describes. Cross sections derived from gamma-ray 14521 66 14 intensities taken from table on pages 205-208 14521 66 15 of this work [1978DE41], as described in ANALYSIS. 14521 66 16 ENDBIB 14 0 14521 66 17 NOCOMMON 0 0 14521 66 18 DATA 6 87 14521 66 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 66 20 KEV KEV MB MB PER-CENT PER-CENT 14521 66 21 145.6 0.4 41.293 7.351 8.1 15.814521 66 22 160.5 0.4 9.486 2.691 23.5 15.814521 66 23 172.1 0.2 172.983 32.123 9.7 15.814521 66 24 193.7 0.3 14.508 2.844 11.5 15.814521 66 25 202.94 0.1 809.115 135.784 5.5 15.814521 66 26 215.17 0.13 18.414 3.365 9.1 15.814521 66 27 360.32 0.1 82.027 14.147 6.8 15.814521 66 28 374.96 0.1 107.696 17.958 5.2 15.814521 66 29 417.95 0.1 558.010 88.439 0.0 15.814521 66 30 436.7 0.3 8.928 2.643 25.0 15.814521 66 31 465.4 0.3 10.044 1.944 11.1 15.814521 66 32 490.36 0.1 103.232 18.378 8.1 15.814521 66 33 529.7 0.7 6.696 1.982 25.0 15.814521 66 34 549.7 0.12 35.155 6.804 11.1 15.814521 66 35 561.6 0.2 10.602 2.017 10.5 15.814521 66 36 572.9 0.2 47.989 8.550 8.1 15.814521 66 37 593.3 0.2 357.126 63.104 7.8 15.814521 66 38 615.3 0.5 20.646 3.961 10.8 15.814521 66 39 618.5 0.2 228.784 42.579 9.8 15.814521 66 40 628.6 0.2 474.309 84.715 8.2 15.814521 66 41 650.8 0.2 26.784 4.563 6.2 15.814521 66 42 658.9 0.11 228.784 42.579 9.8 15.814521 66 43 677.8 0.3 34.597 6.425 9.7 15.814521 66 44 687.2 0.2 89.282 18.022 12.5 15.814521 66 45 744.7 0.1 312.486 59.781 10.7 15.814521 66 46 763.2 0.2 32.365 5.594 6.9 15.814521 66 47 783.7 0.2 21.204 4.034 10.5 15.814521 66 48 788.2 0.2 13.392 2.703 12.5 15.814521 66 49 791.7 0.2 32.365 6.125 10.3 15.814521 66 50 806.1 0.2 20.088 3.888 11.1 15.814521 66 51 827.56 0.15 34.039 6.660 11.5 15.814521 66 52 857.2 0.2 12.834 2.634 13.0 15.814521 66 53 909.4 0.2 15.624 2.716 7.1 15.814521 66 54 919.9 0.2 20.646 3.676 8.1 15.814521 66 55 932.9 0.6 4.799 1.638 30.2 15.814521 66 56 944.9 0.4 13.392 3.080 16.7 15.814521 66 57 986.6 0.2 34.597 5.733 4.8 15.814521 66 58 990.9 0.2 21.762 4.108 10.3 15.814521 66 59 995.0 0.2 22.878 4.258 9.8 15.814521 66 60 1015.7 0.3 23.436 4.074 7.1 15.814521 66 61 1025.8 0.4 7.812 2.552 28.6 15.814521 66 62 1037.0 0.6 11.160 2.848 20.0 15.814521 66 63 1044.2 0.2 72.541 16.023 15.4 15.814521 66 64 1071.95 0.12 32.923 5.917 8.5 15.814521 66 65 1094.4 0.12 61.381 19.362 27.3 15.814521 66 66 1112.5 0.6 4.073 1.588 35.6 15.814521 66 67 1124.0 0.2 52.453 9.436 8.5 15.814521 66 68 1142.1 0.2 12.276 2.243 9.1 15.814521 66 69 1162.9 0.3 11.718 2.904 19.0 15.814521 66 70 1177.3 0.9 2.399 1.179 46.5 15.814521 66 71 1198.8 0.4 5.580 1.893 30.0 15.814521 66 72 1218.4 0.2 31.807 5.513 7.0 15.814521 66 73 1228.9 0.2 34.597 6.732 11.3 15.814521 66 74 1267.8 0.7 8.928 3.128 31.2 15.814521 66 75 1275.2 0.2 9.486 2.691 23.5 15.814521 66 76 1279.3 0.9 6.138 2.955 45.5 15.814521 66 77 1292.6 0.4 5.580 1.893 30.0 15.814521 66 78 1306.4 0.2 35.713 6.310 7.8 15.814521 66 79 1318.9 0.5 6.138 2.435 36.4 15.814521 66 80 1345.4 0.4 7.254 2.511 30.8 15.814521 66 81 1358.0 0.9 2.232 1.171 50.0 15.814521 66 82 1362.8 0.0 7.812 2.552 28.6 15.814521 66 83 1377.4 0.4 12.834 3.020 17.4 15.814521 66 84 1401.6 0.2 20.646 4.682 16.2 15.814521 66 85 1413.4 0.2 24.552 5.133 13.6 15.814521 66 86 1420.4 0.6 5.357 2.916 52.1 15.814521 66 87 1442.9 1.2 5.022 2.901 55.6 15.814521 66 88 1488.6 1.5 7.812 4.098 50.0 15.814521 66 89 1516.2 0.2 30.133 5.832 11.1 15.814521 66 90 1555.6 1.7 6.696 1.982 25.0 15.814521 66 91 1590.3 1.6 12.276 5.386 40.9 15.814521 66 92 1601.1 0.8 15.624 5.105 28.6 15.814521 66 93 1620.5 1.4 10.602 3.746 31.6 15.814521 66 94 1658.6 0.3 34.039 5.838 6.6 15.814521 66 95 1715.4 1.4 6.696 3.512 50.0 15.814521 66 96 1723.2 0.0 6.696 3.512 50.0 15.814521 66 97 1761.2 0.0 4.297 2.387 53.2 15.814521 66 98 1774.3 1.3 6.696 2.985 41.7 15.814521 66 99 1802.9 1.7 3.906 2.316 57.1 15.814521 66 100 1860.4 0.4 12.834 2.634 13.0 15.814521 66 101 1869.5 0.9 7.254 3.540 46.2 15.814521 66 102 1887.9 1.7 22.878 5.751 19.5 15.814521 66 103 1908.3 1.5 19.530 4.560 17.1 15.814521 66 104 2017.0 0.0 10.044 4.218 38.9 15.814521 66 105 2076.5 1.2 6.696 2.985 41.7 15.814521 66 106 2119.2 1.0 2.902 1.469 48.1 15.814521 66 107 2149.2 1.0 7.254 3.540 46.2 15.814521 66 108 ENDDATA 89 0 14521 66 109 ENDSUBENT 108 0 14521 6699999 SUBENT 14521067 20190306 148014521 67 1 BIB 4 14 14521 67 2 REACTION (55-CS-133(N,INL)55-CS-133,PAR,SIG,G,SPA,DEROT) Partial14521 67 3 gamma-ray production cross section, relative to a 14521 67 4 specified gamma-line. 14521 67 5 SAMPLE Target was Cs, in Cs2CO3 + 2 H2O form, with natural 14521 67 6 abundance, and mass 25.3 g. Target was exposed for 14521 67 7 20.3 hours. 14521 67 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 67 9 relative to the normalization transition at 14521 67 10 768.0 keV in 133Cs. 14521 67 11 STATUS (TABLE) Data received from A.Voyles and the 14521 67 12 authors of LBNL-1007259, using the methods it 14521 67 13 describes. Cross sections derived from gamma-ray 14521 67 14 intensities taken from table on pages 208-211 14521 67 15 of this work [1978DE41], as described in ANALYSIS. 14521 67 16 ENDBIB 14 0 14521 67 17 NOCOMMON 0 0 14521 67 18 DATA 6 87 14521 67 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 67 20 KEV KEV MB MB PER-CENT PER-CENT 14521 67 21 160.64 0.1 75.772 11.979 11.1 11.214521 67 22 276.4 0.1 8.419 1.416 12.5 11.214521 67 23 287.8 0.2 4.420 0.804 14.3 11.214521 67 24 302.85 0.1 197.849 27.904 8.5 11.214521 67 25 318.3 0.2 5.472 1.219 19.2 11.214521 67 26 347.5 0.2 8.209 1.564 15.4 11.214521 67 27 355.9 0.2 52.619 8.654 12.0 11.214521 67 28 365.95 0.1 183.115 26.602 9.2 11.214521 67 29 383.85 0.1 75.772 11.979 11.1 11.214521 67 30 391.9 0.2 9.471 1.497 11.1 11.214521 67 31 480.03 0.1 54.724 10.429 15.4 11.214521 67 32 532.78 0.1 37.886 5.990 11.1 11.214521 67 33 559.14 0.1 52.619 8.654 12.0 11.214521 67 34 624.58 0.1 269.411 36.893 7.8 11.214521 67 35 632.56 0.1 357.812 45.414 5.9 11.214521 67 36 658.61 0.1 29.467 5.358 14.3 11.214521 67 37 674.54 0.1 52.619 10.291 16.0 11.214521 67 38 705.56 0.15 269.411 43.759 11.7 11.214521 67 39 712.6 0.5 25.257 6.924 25.0 11.214521 67 40 719.2 0.6 15.575 2.430 10.8 11.214521 67 41 728.2 0.5 29.467 7.131 21.4 11.214521 67 42 737.4 0.6 21.048 4.829 20.0 11.214521 67 43 747.5 0.8 4.841 1.571 30.4 11.214521 67 44 755.58 0.1 54.724 10.429 15.4 11.214521 67 45 767.68 0.1 210.477 23.672 0.0 11.214521 67 46 780.4 0.2 8.840 1.178 7.1 11.214521 67 47 788.8 0.2 14.312 1.923 7.4 11.214521 67 48 797.0 0.5 29.467 7.131 21.4 11.214521 67 49 818.92 0.1 48.410 10.026 17.4 11.214521 67 50 834.9 0.8 18.101 2.928 11.6 11.214521 67 51 861.1 0.7 17.259 2.863 12.2 11.214521 67 52 871.8 0.1 105.239 14.525 8.0 11.214521 67 53 880.2 0.8 0.842 0.431 50.0 11.214521 67 54 896.8 0.2 9.892 1.531 10.6 11.214521 67 55 910.1 0.8 7.788 1.537 16.2 11.214521 67 56 916.0 0.1 46.305 9.900 18.2 11.214521 67 57 928.54 0.1 29.467 5.358 14.3 11.214521 67 58 937.0 1.5 2.105 0.674 30.0 11.214521 67 59 940.8 0.9 6.525 1.837 25.8 11.214521 67 60 959.8 0.2 8.630 1.432 12.2 11.214521 67 61 969.1 0.2 13.050 1.806 8.1 11.214521 67 62 1009.6 1.4 11.155 2.820 22.6 11.214521 67 63 1033.5 1.5 1.810 0.969 52.3 11.214521 67 64 1046.4 1.5 15.786 3.622 20.0 11.214521 67 65 1066.4 1.4 9.682 3.340 32.6 11.214521 67 66 1090.8 1.3 8.209 2.107 23.1 11.214521 67 67 1127.1 1.5 4.631 2.168 45.5 11.214521 67 68 1132.2 1.6 4.631 2.168 45.5 11.214521 67 69 1140.6 1.6 4.841 2.174 43.5 11.214521 67 70 1148.4 1.5 8.840 4.325 47.6 11.214521 67 71 1165.7 1.6 4.420 2.163 47.6 11.214521 67 72 1174.1 1.2 2.947 1.510 50.0 11.214521 67 73 1218.7 1.1 7.156 2.253 29.4 11.214521 67 74 1233.8 1.5 4.631 2.168 45.5 11.214521 67 75 1272.2 1.6 5.051 2.384 45.8 11.214521 67 76 1281.9 1.5 4.420 2.163 47.6 11.214521 67 77 1295.1 0.3 4.210 0.966 20.0 11.214521 67 78 1306.6 1.3 3.578 1.731 47.1 11.214521 67 79 1324.8 1.6 4.420 2.163 47.6 11.214521 67 80 1352.7 0.4 6.946 2.644 36.4 11.214521 67 81 1365.5 0.5 6.314 2.221 33.3 11.214521 67 82 1391.2 1.2 3.368 1.726 50.0 11.214521 67 83 1404.6 1.4 3.578 1.731 47.1 11.214521 67 84 1412.8 1.5 3.789 1.942 50.0 11.214521 67 85 1432.3 1.4 4.631 2.168 45.5 11.214521 67 86 1474.3 0.9 11.155 4.393 37.7 11.214521 67 87 1496.9 0.3 6.314 2.221 33.3 11.214521 67 88 1510.6 0.4 4.841 1.770 34.8 11.214521 67 89 1526.0 2.0 3.157 1.516 46.7 11.214521 67 90 1540.1 0.5 6.946 2.049 27.3 11.214521 67 91 1598.3 1.7 3.157 1.516 46.7 11.214521 67 92 1610.3 1.6 3.578 1.731 47.1 11.214521 67 93 1617.2 1.5 5.893 2.815 46.4 11.214521 67 94 1643.1 1.4 4.420 2.368 52.4 11.214521 67 95 1652.2 1.7 5.893 2.815 46.4 11.214521 67 96 1674.2 1.3 6.525 3.037 45.2 11.214521 67 97 1693.4 1.5 6.104 2.617 41.4 11.214521 67 98 1730.3 1.7 3.789 1.737 44.4 11.214521 67 99 1781.3 0.9 2.947 1.510 50.0 11.214521 67 100 1815.5 1.1 2.736 1.300 46.2 11.214521 67 101 1879.7 0.8 3.578 1.731 47.1 11.214521 67 102 1919.5 0.5 4.420 2.574 57.1 11.214521 67 103 1937.3 0.9 2.315 1.289 54.5 11.214521 67 104 2002.3 1.1 3.368 1.726 50.0 11.214521 67 105 2035.3 1.2 1.515 0.654 41.7 11.214521 67 106 2124.5 1.6 1.894 0.868 44.4 11.214521 67 107 2156.9 1.7 2.526 1.294 50.0 11.214521 67 108 ENDDATA 89 0 14521 67 109 ENDSUBENT 108 0 14521 6799999 SUBENT 14521068 20190306 148014521 68 1 BIB 4 14 14521 68 2 REACTION (56-BA-0(N,INL)56-BA-0,PAR,SIG,G,SPA,DEROT) Partial 14521 68 3 gamma-ray production cross section, relative to a 14521 68 4 specified gamma-line. 14521 68 5 SAMPLE Target was Ba, in BaO form, with natural 14521 68 6 abundance, and mass 19.7 g. Target was exposed for 14521 68 7 10.2 hours. 14521 68 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 68 9 relative to the normalization transition at 14521 68 10 1436.0 keV in 138Ba. 14521 68 11 STATUS (TABLE) Data received from A.Voyles and the 14521 68 12 authors of LBNL-1007259, using the methods it 14521 68 13 describes. Cross sections derived from gamma-ray 14521 68 14 intensities taken from table on pages 212-214 14521 68 15 of this work [1978DE41], as described in ANALYSIS. 14521 68 16 ENDBIB 14 0 14521 68 17 NOCOMMON 0 0 14521 68 18 DATA 6 60 14521 68 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 68 20 KEV KEV MB MB PER-CENT PER-CENT 14521 68 21 191.95 0.12 103.721 12.733 8.0 9.214521 68 22 212.2 0.5 10.818 1.624 11.8 9.214521 68 23 220.98 0.15 55.997 6.472 6.8 9.214521 68 24 283.65 0.15 78.905 8.606 5.6 9.214521 68 25 325.1 0.2 16.545 2.455 11.5 9.214521 68 26 357.3 0.6 4.772 1.053 20.0 9.214521 68 27 365.9 0.4 10.818 2.159 17.6 9.214521 68 28 408.7 0.2 15.908 2.418 12.0 9.214521 68 29 445.9 0.2 18.453 2.571 10.3 9.214521 68 30 462.75 0.06 229.078 24.879 5.6 9.214521 68 31 480.56 0.1 53.451 7.127 9.5 9.214521 68 32 546.9 0.3 10.818 1.624 11.8 9.214521 68 33 587.6 0.2 17.817 2.532 10.7 9.214521 68 34 604.6 0.2 44.543 6.093 10.0 9.214521 68 35 661.62 0.08 54.724 5.706 4.7 9.214521 68 36 669.0 0.8 4.072 1.027 23.4 9.214521 68 37 683.1 0.8 3.882 1.021 24.6 9.214521 68 38 719.2 0.8 5.091 1.358 25.0 9.214521 68 39 732.7 0.2 17.817 2.532 10.7 9.214521 68 40 754.1 0.4 10.818 2.159 17.6 9.214521 68 41 759.1 0.6 5.727 1.982 33.3 9.214521 68 42 795.9 0.4 9.545 1.553 13.3 9.214521 68 43 818.47 0.06 151.446 16.064 5.0 9.214521 68 44 855.2 0.6 10.818 2.738 23.5 9.214521 68 45 872.7 0.0 40.725 6.353 12.5 9.214521 68 46 880.8 0.8 6.363 1.404 20.0 9.214521 68 47 909.6 0.5 5.345 1.077 17.9 9.214521 68 48 924.7 0.5 7.000 1.157 13.6 9.214521 68 49 979.6 0.3 13.363 2.280 14.3 9.214521 68 50 994.9 1.0 3.818 1.322 33.3 9.214521 68 51 1009.7 0.2 26.726 3.564 9.5 9.214521 68 52 1048.1 0.3 17.181 2.493 11.1 9.214521 68 53 1136.9 0.0 10.818 2.159 17.6 9.214521 68 54 1147.7 0.4 11.454 1.662 11.1 9.214521 68 55 1235.4 0.5 10.181 1.588 12.5 9.214521 68 56 1252.1 0.2 30.544 3.821 8.3 9.214521 68 57 1261.9 0.6 6.363 1.404 20.0 9.214521 68 58 1294.0 0.2 29.907 3.777 8.5 9.214521 68 59 1309.6 0.8 5.091 1.358 25.0 9.214521 68 60 1343.6 0.4 12.727 2.248 15.0 9.214521 68 61 1357.8 0.9 4.454 1.339 28.6 9.214521 68 62 1363.9 0.9 3.818 1.322 33.3 9.214521 68 63 1379.7 1.3 2.545 1.295 50.0 9.214521 68 64 1388.2 1.3 2.545 1.295 50.0 9.214521 68 65 1403.3 0.9 3.818 1.322 33.3 9.214521 68 66 1415.8 0.3 13.999 2.313 13.6 9.214521 68 67 1435.86 0.0 636.327 59.383 0.0 9.214521 68 68 1445.7 0.4 30.544 4.765 12.5 9.214521 68 69 1463.9 0.3 18.453 2.571 10.3 9.214521 68 70 1481.2 0.4 9.545 1.553 13.3 9.214521 68 71 1495.5 0.4 10.818 1.624 11.8 9.214521 68 72 1552.3 0.0 19.090 2.611 10.0 9.214521 68 73 1614.1 0.4 17.817 2.532 10.7 9.214521 68 74 1836.2 0.3 19.090 2.611 10.0 9.214521 68 75 1892.6 1.0 4.454 1.339 28.6 9.214521 68 76 1901.0 1.0 5.091 1.358 25.0 9.214521 68 77 2065.6 1.2 3.818 1.322 33.3 9.214521 68 78 2128.2 0.9 4.454 1.339 28.6 9.214521 68 79 2218.03 0.16 73.178 8.518 7.0 9.214521 68 80 2638.9 0.4 19.090 2.611 10.0 9.214521 68 81 ENDDATA 62 0 14521 68 82 ENDSUBENT 81 0 14521 6899999 SUBENT 14521069 20190306 148014521 69 1 BIB 4 14 14521 69 2 REACTION (57-LA-0(N,INL)57-LA-0,PAR,SIG,G,SPA,DEROT) Partial 14521 69 3 gamma-ray production cross section, relative to a 14521 69 4 specified gamma-line. 14521 69 5 SAMPLE Target was La, in elemental form, with natural 14521 69 6 abundance, and mass 18.1 g. Target was exposed for 14521 69 7 13.0 hours. 14521 69 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 69 9 relative to the normalization transition at 14521 69 10 1421.0 keV in 139La. 14521 69 11 STATUS (TABLE) Data received from A.Voyles and the 14521 69 12 authors of LBNL-1007259, using the methods it 14521 69 13 describes. Cross sections derived from gamma-ray 14521 69 14 intensities taken from table on pages 215-217 14521 69 15 of this work [1978DE41], as described in ANALYSIS. 14521 69 16 ENDBIB 14 0 14521 69 17 NOCOMMON 0 0 14521 69 18 DATA 6 51 14521 69 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 69 20 KEV KEV MB MB PER-CENT PER-CENT 14521 69 21 165.85 0.1 1620.579 319.330 16.1 11.214521 69 22 174.6 0.2 34.851 9.564 25.0 11.214521 69 23 232.5 0.6 15.857 2.502 11.0 11.214521 69 24 291.3 0.2 28.752 4.174 9.1 11.214521 69 25 308.3 0.3 18.471 3.347 14.2 11.214521 69 26 330.7 0.1 94.098 13.761 9.3 11.214521 69 27 363.1 0.2 15.509 2.474 11.2 11.214521 69 28 403.8 0.2 17.077 3.251 15.3 11.214521 69 29 425.2 0.2 34.851 6.549 15.0 11.214521 69 30 581.3 0.5 12.198 3.749 28.6 11.214521 69 31 846.8 0.3 26.138 6.007 20.0 11.214521 69 32 1043.1 0.3 26.138 7.572 26.7 11.214521 69 33 1054.2 0.8 13.940 5.461 37.5 11.214521 69 34 1090.97 0.1 57.504 8.349 9.1 11.214521 69 35 1215.49 0.1 238.730 37.596 10.9 11.214521 69 36 1219.1 0.1 139.405 23.509 12.5 11.214521 69 37 1256.0 0.0 43.564 7.186 12.0 11.214521 69 38 1310.64 0.15 83.643 12.867 10.4 11.214521 69 39 1370.5 0.2 28.926 4.190 9.0 11.214521 69 40 1381.1 0.2 11.501 1.784 10.6 11.214521 69 41 1392.4 0.2 15.160 2.211 9.2 11.214521 69 42 1420.56 0.1 174.256 19.725 0.0 11.214521 69 43 1462.6 0.0 11.675 1.798 10.4 11.214521 69 44 1476.1 0.4 11.501 1.784 10.6 11.214521 69 45 1537.69 0.1 250.928 37.442 9.7 11.214521 69 46 1558.5 0.2 20.562 3.129 10.2 11.214521 69 47 1578.09 0.1 125.464 18.721 9.7 11.214521 69 48 1595.6 0.0 31.366 6.319 16.7 11.214521 69 49 1600.9 0.6 17.426 4.005 20.0 11.214521 69 50 1613.6 0.8 7.493 1.346 14.0 11.214521 69 51 1626.7 0.8 5.402 0.927 12.9 11.214521 69 52 1683.1 0.2 60.990 9.810 11.4 11.214521 69 53 1690.6 0.3 18.123 3.323 14.4 11.214521 69 54 1716.11 0.1 64.475 10.092 10.8 11.214521 69 55 1755.0 0.4 18.123 2.929 11.5 11.214521 69 56 1766.0 0.4 17.426 2.875 12.0 11.214521 69 57 1797.1 0.4 12.372 1.976 11.3 11.214521 69 58 1853.64 0.1 38.336 5.566 9.1 11.214521 69 59 1894.0 0.0 8.190 1.397 12.8 11.214521 69 60 1920.7 0.2 21.782 3.593 12.0 11.214521 69 61 1951.4 0.3 19.517 3.422 13.4 11.214521 69 62 2060.9 0.5 11.501 1.907 12.1 11.214521 69 63 2071.4 0.6 6.447 1.137 13.5 11.214521 69 64 2210.5 0.8 20.911 4.213 16.7 11.214521 69 65 2244.6 1.0 4.879 1.032 17.9 11.214521 69 66 2276.2 1.2 7.667 1.947 22.7 11.214521 69 67 2298.0 1.0 10.804 2.886 24.2 11.214521 69 68 2314.2 1.2 10.455 2.869 25.0 11.214521 69 69 2356.1 1.5 8.016 2.767 32.6 11.214521 69 70 2386.8 1.0 12.895 3.778 27.0 11.214521 69 71 2407.0 1.2 10.978 3.700 31.7 11.214521 69 72 ENDDATA 53 0 14521 69 73 ENDSUBENT 72 0 14521 6999999 SUBENT 14521070 20190306 148014521 70 1 BIB 4 14 14521 70 2 REACTION (58-CE-0(N,INL)58-CE-0,PAR,SIG,G,SPA,DEROT) Partial 14521 70 3 gamma-ray production cross section, relative to a 14521 70 4 specified gamma-line. 14521 70 5 SAMPLE Target was Ce, in elemental form, with natural 14521 70 6 abundance, and mass 30.2 g. Target was exposed for 14521 70 7 11.0 hours. 14521 70 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 70 9 relative to the normalization transition at 14521 70 10 1596.0 keV in 140Ce. 14521 70 11 STATUS (TABLE) Data received from A.Voyles and the 14521 70 12 authors of LBNL-1007259, using the methods it 14521 70 13 describes. Cross sections derived from gamma-ray 14521 70 14 intensities taken from table on pages 217-220 14521 70 15 of this work [1978DE41], as described in ANALYSIS. 14521 70 16 ENDBIB 14 0 14521 70 17 NOCOMMON 0 0 14521 70 18 DATA 6 45 14521 70 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 70 20 KEV KEV MB MB PER-CENT PER-CENT 14521 70 21 131.3 0.4 31.014 8.327 24.2 11.514521 70 22 241.91 0.1 61.087 9.642 10.8 11.514521 70 23 266.61 0.1 58.268 8.776 9.7 11.514521 70 24 306.91 0.15 31.014 4.556 9.1 11.514521 70 25 328.67 0.15 55.449 8.529 10.2 11.514521 70 26 337.0 0.0 16.917 3.429 16.7 11.514521 70 27 432.44 0.15 28.194 4.972 13.3 11.514521 70 28 487.06 0.05 347.728 54.986 10.8 11.514521 70 29 522.0 0.3 7.800 1.673 18.1 11.514521 70 30 578.1 0.2 59.208 10.159 12.7 11.514521 70 31 641.23 0.06 272.544 42.239 10.3 11.514521 70 32 740.0 0.6 3.571 1.469 39.5 11.514521 70 33 751.65 0.1 47.930 7.258 9.8 11.514521 70 34 774.0 0.8 2.819 1.447 50.0 11.514521 70 35 788.2 0.6 4.041 0.885 18.6 11.514521 70 36 815.84 0.1 43.231 6.853 10.9 11.514521 70 37 846.3 0.2 18.796 3.557 15.0 11.514521 70 38 867.8 0.2 61.087 11.748 15.4 11.514521 70 39 894.76 0.15 38.532 6.469 12.2 11.514521 70 40 919.5 0.2 19.736 3.624 14.3 11.514521 70 41 925.1 0.2 27.254 4.901 13.8 11.514521 70 42 950.84 0.15 21.616 3.123 8.7 11.514521 70 43 962.1 0.3 7.143 1.250 13.2 11.514521 70 44 983.1 0.4 6.015 1.023 12.5 11.514521 70 45 1011.5 0.3 24.435 4.699 15.4 11.514521 70 46 1041.1 0.4 6.861 1.617 20.5 11.514521 70 47 1045.5 0.6 4.699 1.510 30.0 11.514521 70 48 1059.0 0.0 5.921 1.567 23.8 11.514521 70 49 1098.8 0.6 7.518 2.950 37.5 11.514521 70 50 1233.6 0.4 6.579 2.027 28.6 11.514521 70 51 1304.0 0.8 7.518 2.070 25.0 11.514521 70 52 1404.3 0.3 17.856 2.789 10.5 11.514521 70 53 1463.3 0.7 3.571 1.026 26.3 11.514521 70 54 1526.4 0.5 4.605 1.080 20.4 11.514521 70 55 1596.2 0.0 939.806 108.455 0.0 11.514521 70 56 1620.5 1.0 2.162 0.792 34.8 11.514521 70 57 1724.9 0.6 4.981 1.266 22.6 11.514521 70 58 1812.3 0.8 3.383 0.847 22.2 11.514521 70 59 1899.3 0.8 3.195 1.010 29.4 11.514521 70 60 1958.5 1.0 2.725 0.815 27.6 11.514521 70 61 2347.5 0.6 11.278 2.286 16.7 11.514521 70 62 2521.3 0.5 13.157 2.416 14.3 11.514521 70 63 2547.4 0.8 5.357 1.801 31.6 11.514521 70 64 2900.1 0.7 10.338 2.226 18.2 11.514521 70 65 3120.4 1.2 5.263 1.281 21.4 11.514521 70 66 ENDDATA 47 0 14521 70 67 ENDSUBENT 66 0 14521 7099999 SUBENT 14521071 20190306 148014521 71 1 BIB 4 14 14521 71 2 REACTION (59-PR-141(N,INL)59-PR-141,PAR,SIG,G,SPA,DEROT) Partial14521 71 3 gamma-ray production cross section, relative to a 14521 71 4 specified gamma-line. 14521 71 5 SAMPLE Target was Pr, in Pr6O11 form, with natural 14521 71 6 abundance, and mass 11.1 g. Target was exposed for 14521 71 7 24.5 hours. 14521 71 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 71 9 relative to the normalization transition at 14521 71 10 1127.0 keV in 141Pr. 14521 71 11 STATUS (TABLE) Data received from A.Voyles and the 14521 71 12 authors of LBNL-1007259, using the methods it 14521 71 13 describes. Cross sections derived from gamma-ray 14521 71 14 intensities taken from table on pages 220-223 14521 71 15 of this work [1978DE41], as described in ANALYSIS. 14521 71 16 ENDBIB 14 0 14521 71 17 NOCOMMON 0 0 14521 71 18 DATA 6 77 14521 71 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 71 20 KEV KEV MB MB PER-CENT PER-CENT 14521 71 21 145.45 0.05 3876.701 957.662 16.7 18.214521 71 22 179.6 0.2 17.768 4.144 14.5 18.214521 71 23 218.3 0.5 10.338 3.465 28.1 18.214521 71 24 268.3 0.3 14.215 3.660 18.2 18.214521 71 25 273.3 0.2 58.151 16.715 22.2 18.214521 71 26 277.5 0.3 9.369 3.098 27.6 18.214521 71 27 302.1 0.2 7.107 2.332 27.3 18.214521 71 28 339.9 0.4 7.430 2.108 21.7 18.214521 71 29 352.7 0.3 12.922 3.742 22.5 18.214521 71 30 359.8 0.6 13.245 3.537 19.5 18.214521 71 31 523.6 0.2 5.815 1.242 11.1 18.214521 71 32 530.88 0.1 7.753 2.667 29.2 18.214521 71 33 546.4 0.3 6.461 1.749 20.0 18.214521 71 34 558.6 0.2 7.430 2.108 21.7 18.214521 71 35 650.34 0.1 113.070 33.060 22.9 18.214521 71 36 668.88 0.1 19.384 4.788 16.7 18.214521 71 37 723.6 0.2 10.015 2.438 16.1 18.214521 71 38 736.0 0.3 9.046 2.095 14.3 18.214521 71 39 749.21 0.1 18.737 3.928 10.3 18.214521 71 40 861.5 0.2 6.784 1.789 19.0 18.214521 71 41 893.0 0.4 4.200 1.502 30.8 18.214521 71 42 972.24 0.1 268.139 55.302 9.6 18.214521 71 43 981.74 0.1 9.046 2.545 21.4 18.214521 71 44 1023.1 0.2 11.953 2.917 16.2 18.214521 71 45 1117.65 0.1 24.552 5.016 9.2 18.214521 71 46 1126.9 0.1 323.058 58.905 0.0 18.214521 71 47 1140.3 0.2 9.692 2.189 13.3 18.214521 71 48 1147.24 0.1 109.840 23.835 11.8 18.214521 71 49 1290.0 0.4 87.226 36.009 37.0 18.214521 71 50 1292.6 0.2 164.760 44.115 19.6 18.214521 71 51 1298.74 0.1 106.609 23.342 12.1 18.214521 71 52 1306.85 0.1 161.529 33.591 10.0 18.214521 71 53 1312.13 0.1 164.760 34.109 9.8 18.214521 71 54 1348.7 0.1 151.837 30.553 8.5 18.214521 71 55 1375.7 0.3 38.767 11.996 25.0 18.214521 71 56 1435.34 0.0 161.529 33.591 10.0 18.214521 71 57 1452.21 0.1 41.998 10.019 15.4 18.214521 71 58 1457.52 0.1 54.920 11.917 11.8 18.214521 71 59 1506.9 0.5 19.707 3.651 3.3 18.214521 71 60 1521.13 0.1 164.760 34.109 9.8 18.214521 71 61 1580.2 1.0 20.353 4.346 11.1 18.214521 71 62 1608.3 0.1 64.612 13.436 10.0 18.214521 71 63 1641.2 0.2 23.260 4.967 11.1 18.214521 71 64 1651.48 0.1 106.609 21.721 9.1 18.214521 71 65 1658.0 0.2 10.661 2.527 15.2 18.214521 71 66 1667.28 0.1 41.998 12.352 23.1 18.214521 71 67 1696.8 0.2 26.814 5.688 10.8 18.214521 71 68 1708.75 0.1 45.228 12.725 21.4 18.214521 71 69 1786.45 0.1 51.689 11.427 12.5 18.214521 71 70 1812.9 0.2 18.737 3.928 10.3 18.214521 71 71 1825.2 0.3 6.461 1.999 25.0 18.214521 71 72 1830.5 0.3 10.984 2.383 11.8 18.214521 71 73 1842.22 0.1 38.767 9.577 16.7 18.214521 71 74 1854.9 0.6 22.614 7.665 28.6 18.214521 71 75 1858.4 0.5 29.075 8.358 22.2 18.214521 71 76 1900.9 0.1 35.536 9.150 18.2 18.214521 71 77 1961.1 0.4 13.245 2.905 12.2 18.214521 71 78 1975.7 0.3 16.799 3.625 11.5 18.214521 71 79 2018.8 0.5 14.215 3.236 13.6 18.214521 71 80 2027.1 0.0 35.536 11.658 27.3 18.214521 71 81 2061.4 0.3 11.953 2.917 16.2 18.214521 71 82 2105.3 1.0 7.107 2.332 27.3 18.214521 71 83 2136.2 0.7 9.692 3.402 30.0 18.214521 71 84 2159.7 0.5 13.892 3.619 18.6 18.214521 71 85 2192.7 1.5 10.661 2.982 21.2 18.214521 71 86 2248.8 0.5 17.122 4.053 15.1 18.214521 71 87 2274.6 0.5 6.138 2.238 31.6 18.214521 71 88 2282.9 0.5 6.784 2.578 33.3 18.214521 71 89 2313.8 1.0 5.815 2.209 33.3 18.214521 71 90 2352.8 0.5 6.461 3.137 45.0 18.214521 71 91 2403.9 0.5 9.692 3.402 30.0 18.214521 71 92 2414.4 1.0 7.753 2.946 33.3 18.214521 71 93 2453.6 1.0 12.922 6.877 50.0 18.214521 71 94 2462.4 1.0 12.922 6.877 50.0 18.214521 71 95 2559.6 1.0 10.015 3.433 29.0 18.214521 71 96 2581.2 1.5 10.015 3.433 29.0 18.214521 71 97 2603.1 1.0 12.922 6.877 50.0 18.214521 71 98 ENDDATA 79 0 14521 71 99 ENDSUBENT 98 0 14521 7199999 SUBENT 14521072 20190306 148014521 72 1 BIB 4 14 14521 72 2 REACTION (60-ND-0(N,INL)60-ND-0,PAR,SIG,G,SPA,DEROT) Partial 14521 72 3 gamma-ray production cross section, relative to a 14521 72 4 specified gamma-line. 14521 72 5 SAMPLE Target was Nd, in elemental form, with natural 14521 72 6 abundance, and mass 5.5 g. Target was exposed for 14521 72 7 26.0 hours. 14521 72 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 72 9 relative to the normalization transition at 14521 72 10 697.0 keV in 144Nd. 14521 72 11 STATUS (TABLE) Data received from A.Voyles and the 14521 72 12 authors of LBNL-1007259, using the methods it 14521 72 13 describes. Cross sections derived from gamma-ray 14521 72 14 intensities taken from table on pages 224-225 14521 72 15 of this work [1978DE41], as described in ANALYSIS. 14521 72 16 ENDBIB 14 0 14521 72 17 NOCOMMON 0 0 14521 72 18 DATA 6 43 14521 72 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 72 20 KEV KEV MB MB PER-CENT PER-CENT 14521 72 21 129.97 0.1 131.573 25.908 11.9 15.614521 72 22 251.12 0.1 31.640 6.042 10.9 15.614521 72 23 262.3 0.6 4.072 0.895 15.4 15.614521 72 24 301.71 0.1 115.909 22.081 10.8 15.614521 72 25 334.2 0.3 25.375 5.065 12.3 15.614521 72 26 338.4 0.6 6.892 1.903 22.7 15.614521 72 27 439.1 0.6 4.386 0.930 14.3 15.614521 72 28 453.94 0.1 281.942 52.446 10.0 15.614521 72 29 476.6 0.0 9.398 3.462 33.3 15.614521 72 30 525.49 0.1 45.424 8.535 10.3 15.614521 72 31 582.5 0.6 5.012 1.225 18.7 15.614521 72 32 589.69 0.15 50.123 10.053 12.5 15.614521 72 33 618.04 0.12 62.654 13.598 15.0 15.614521 72 34 630.8 0.8 3.759 1.109 25.0 15.614521 72 35 657.9 0.2 38.532 7.288 10.6 15.614521 72 36 676.6 0.4 7.205 1.470 13.0 15.614521 72 37 696.6 0.15 313.269 49.137 0.0 15.614521 72 38 722.7 0.4 12.844 2.552 12.2 15.614521 72 39 736.0 0.3 37.592 8.604 16.7 15.614521 72 40 742.3 0.3 31.327 7.962 20.0 15.614521 72 41 748.0 0.5 9.711 1.972 12.9 15.614521 72 42 778.6 0.6 5.012 1.005 12.5 15.614521 72 43 789.8 0.6 5.639 1.084 11.1 15.614521 72 44 814.2 0.2 20.049 3.834 10.9 15.614521 72 45 864.5 0.2 25.062 7.396 25.0 15.614521 72 46 921.7 0.4 12.217 2.475 12.8 15.614521 72 47 946.6 0.8 4.699 1.454 26.7 15.614521 72 48 971.0 0.7 6.579 1.876 23.8 15.614521 72 49 980.7 0.5 8.772 2.329 21.4 15.614521 72 50 1015.9 0.0 18.170 4.235 17.2 15.614521 72 51 1149.8 1.2 4.386 1.711 35.7 15.614521 72 52 1162.0 1.2 5.012 1.753 31.2 15.614521 72 53 1212.0 1.0 7.832 2.245 24.0 15.614521 72 54 1228.1 0.4 18.170 3.795 13.8 15.614521 72 55 1247.5 1.5 4.699 2.019 40.0 15.614521 72 56 1333.1 0.7 9.711 2.419 19.4 15.614521 72 57 1377.2 0.6 12.531 2.720 15.0 15.614521 72 58 1408.0 0.8 18.796 5.547 25.0 15.614521 72 59 1413.3 1.0 7.518 2.770 33.3 15.614521 72 60 1431.8 0.6 15.350 3.475 16.3 15.614521 72 61 1466.0 0.0 21.929 7.147 28.6 15.614521 72 62 1557.0 1.2 6.265 1.849 25.0 15.614521 72 63 1575.85 0.15 128.440 23.725 9.8 15.614521 72 64 ENDDATA 45 0 14521 72 65 ENDSUBENT 64 0 14521 7299999 SUBENT 14521073 20190306 148014521 73 1 BIB 4 14 14521 73 2 REACTION (62-SM-0(N,INL)62-SM-0,PAR,SIG,G,SPA,DEROT) Partial 14521 73 3 gamma-ray production cross section, relative to a 14521 73 4 specified gamma-line. 14521 73 5 SAMPLE Target was Sm, in Sm2O3 form, with natural 14521 73 6 abundance, and mass 5.0 g. Target was exposed for 14521 73 7 11.5 hours. 14521 73 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 73 9 relative to the normalization transition at 14521 73 10 550.0 keV in 148Sm. 14521 73 11 STATUS (TABLE) Data received from A.Voyles and the 14521 73 12 authors of LBNL-1007259, using the methods it 14521 73 13 describes. Cross sections derived from gamma-ray 14521 73 14 intensities taken from table on pages 226-227 14521 73 15 of this work [1978DE41], as described in ANALYSIS. 14521 73 16 ENDBIB 14 0 14521 73 17 NOCOMMON 0 0 14521 73 18 DATA 6 73 14521 73 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 73 20 KEV KEV MB MB PER-CENT PER-CENT 14521 73 21 121.6 0.0 1007.942 186.542 12.6 13.514521 73 22 127.3 0.4 23.417 5.996 21.7 13.514521 73 23 149.8 0.4 31.562 5.901 12.9 13.514521 73 24 158.7 0.4 10.181 2.057 15.0 13.514521 73 25 166.5 0.6 13.745 2.758 14.8 13.514521 73 26 185.06 0.06 234.168 40.643 10.9 13.514521 73 27 197.4 0.8 81.450 23.154 25.0 13.514521 73 28 215.11 0.1 51.924 9.310 11.8 13.514521 73 29 222.8 0.6 10.690 2.498 19.0 13.514521 73 30 228.5 0.8 8.145 1.883 18.7 13.514521 73 31 244.66 0.1 234.168 40.643 10.9 13.514521 73 32 251.4 0.6 12.727 3.506 24.0 13.514521 73 33 254.6 0.6 19.344 4.841 21.1 13.514521 73 34 277.2 0.0 98.758 16.800 10.3 13.514521 73 35 285.84 0.1 132.356 23.537 11.5 13.514521 73 36 297.7 0.6 9.163 1.967 16.7 13.514521 73 37 314.4 0.4 18.835 3.262 10.8 13.514521 73 38 320.6 0.6 8.145 1.883 18.7 13.514521 73 39 327.8 0.4 55.488 10.709 13.8 13.514521 73 40 333.92 0.07 768.683 129.032 9.9 13.514521 73 41 340.6 0.3 24.435 4.861 14.6 13.514521 73 42 361.6 1.0 8.654 1.924 17.6 13.514521 73 43 397.7 0.4 9.672 2.011 15.8 13.514521 73 44 405.4 0.0 21.381 4.207 14.3 13.514521 73 45 414.2 0.0 43.270 7.759 11.8 13.514521 73 46 439.4 0.0 335.981 61.036 12.1 13.514521 73 47 461.5 0.6 17.817 3.506 14.3 13.514521 73 48 505.6 0.6 17.308 4.698 23.5 13.514521 73 49 528.7 0.8 9.672 2.011 15.8 13.514521 73 50 535.8 0.4 13.236 2.712 15.4 13.514521 73 51 550.23 0.1 509.062 68.882 0.0 13.514521 73 52 563.24 0.1 49.888 9.104 12.2 13.514521 73 53 584.3 0.0 32.071 5.615 11.1 13.514521 73 54 591.0 0.3 17.817 3.506 14.3 13.514521 73 55 611.9 0.0 111.994 21.515 13.6 13.514521 73 56 629.87 0.1 127.265 23.017 12.0 13.514521 73 57 637.0 0.6 4.327 0.962 17.6 13.514521 73 58 656.5 0.4 18.835 3.262 10.8 13.514521 73 59 664.05 0.1 54.979 9.626 11.1 13.514521 73 60 675.44 0.0 45.816 8.022 11.1 13.514521 73 61 688.3 0.4 31.053 7.414 19.7 13.514521 73 62 712.5 0.6 42.761 8.414 14.3 13.514521 73 63 716.5 0.3 117.084 22.005 13.0 13.514521 73 64 737.45 0.08 58.033 9.949 10.5 13.514521 73 65 745.8 0.0 32.071 5.951 12.7 13.514521 73 66 810.5 0.0 57.524 9.895 10.6 13.514521 73 67 840.5 0.0 50.906 12.292 20.0 13.514521 73 68 857.6 0.0 30.544 7.375 20.0 13.514521 73 69 903.5 0.0 17.308 3.849 17.6 13.514521 73 70 913.0 0.0 25.962 6.185 19.6 13.514521 73 71 920.1 0.0 76.359 14.506 13.3 13.514521 73 72 930.0 0.0 46.325 8.753 13.2 13.514521 73 73 963.3 0.1 81.450 15.004 12.5 13.514521 73 74 969.4 0.4 2.596 0.619 19.6 13.514521 73 75 1005.5 1.6 8.654 1.924 17.6 13.514521 73 76 1017.6 0.0 24.435 5.246 16.7 13.514521 73 77 1047.4 0.8 7.127 2.253 28.6 13.514521 73 78 1069.2 0.0 8.145 2.315 25.0 13.514521 73 79 1085.8 0.3 10.690 2.104 14.3 13.514521 73 80 1096.5 0.8 13.236 3.112 19.2 13.514521 73 81 1114.0 0.0 188.353 32.622 10.8 13.514521 73 82 1172.0 0.0 96.722 16.581 10.5 13.514521 73 83 1194.0 0.0 29.017 5.657 14.0 13.514521 73 84 1204.0 0.0 15.272 3.688 20.0 13.514521 73 85 1318.0 0.6 8.654 2.349 23.5 13.514521 73 86 1352.0 0.0 43.270 11.745 23.5 13.514521 73 87 1392.6 0.0 31.053 6.601 16.4 13.514521 73 88 1408.9 1.2 11.708 3.441 26.1 13.514521 73 89 1422.9 1.2 9.163 2.384 22.2 13.514521 73 90 1432.2 1.6 13.745 3.576 22.2 13.514521 73 91 1440.4 0.6 12.217 3.035 20.8 13.514521 73 92 1659.8 0.2 33.598 6.454 13.6 13.514521 73 93 1842.0 0.0 12.217 3.035 20.8 13.514521 73 94 ENDDATA 75 0 14521 73 95 ENDSUBENT 94 0 14521 7399999 SUBENT 14521074 20190306 148014521 74 1 BIB 4 21 14521 74 2 REACTION (62-SM-144(N,INL)62-SM-144,PAR,SIG,G,SPA,DEROT) Partial14521 74 3 gamma-ray production cross section, relative to a 14521 74 4 specified gamma-line. 14521 74 5 SAMPLE Target was Sm, in Sm2O3 form, enriched in 14521 74 6 144Sm, with mass 10.0 g. Target was exposed for 14521 74 7 11.5 hours. 14521 74 8 (62-SM-144,ENR=0.9240) 14521 74 9 (62-SM-147,ENR=0.0240) 14521 74 10 (62-SM-148,ENR=0.0120) 14521 74 11 (62-SM-149,ENR=0.0110) 14521 74 12 (62-SM-150,ENR=0.0040) 14521 74 13 (62-SM-152,ENR=0.0140) 14521 74 14 (62-SM-154,ENR=0.0110) 14521 74 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 74 16 relative to the normalization transition at 14521 74 17 1659.77 keV in 144Sm. 14521 74 18 STATUS (TABLE) Data received from A.Voyles and the 14521 74 19 authors of LBNL-1007259, using the methods it 14521 74 20 describes. Cross sections derived from gamma-ray 14521 74 21 intensities taken from table on pages 227-229 14521 74 22 of this work [1978DE41], as described in ANALYSIS. 14521 74 23 ENDBIB 21 0 14521 74 24 NOCOMMON 0 0 14521 74 25 DATA 6 36 14521 74 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 74 27 KEV KEV MB MB PER-CENT PER-CENT 14521 74 28 132.3 0.2 1.344 0.373 20.0 19.214521 74 29 150.05 0.1 19.487 5.032 17.2 19.214521 74 30 380.97 0.1 7.392 2.200 22.7 19.214521 74 31 397.1 0.2 1.378 0.297 9.8 19.214521 74 32 498.0 0.3 0.336 0.082 15.0 19.214521 74 33 530.8 0.1 3.057 0.611 5.5 19.214521 74 34 613.5 0.3 0.370 0.087 13.6 19.214521 74 35 777.5 0.3 0.282 0.064 11.9 19.214521 74 36 817.2 0.3 0.605 0.134 11.1 19.214521 74 37 984.1 0.2 0.907 0.201 11.1 19.214521 74 38 1000.7 0.2 1.075 0.247 12.5 19.214521 74 39 1015.2 0.2 0.504 0.109 10.0 19.214521 74 40 1028.0 0.3 0.467 0.103 10.8 19.214521 74 41 1072.5 0.5 0.218 0.066 23.1 19.214521 74 42 1210.1 0.6 0.202 0.064 25.0 19.214521 74 43 1222.2 0.4 0.370 0.091 15.5 19.214521 74 44 1308.7 0.6 0.205 0.064 24.6 19.214521 74 45 1359.5 0.7 0.269 0.085 25.0 19.214521 74 46 1383.5 0.8 0.134 0.048 30.0 19.214521 74 47 1425.2 0.8 0.134 0.048 30.0 19.214521 74 48 1497.9 0.5 0.276 0.083 23.2 19.214521 74 49 1659.77 0.1 33.598 6.458 0.0 19.214521 74 50 1684.7 0.6 0.175 0.061 28.8 19.214521 74 51 1699.0 0.6 0.235 0.070 22.9 19.214521 74 52 1731.9 0.8 0.175 0.061 28.8 19.214521 74 53 1743.2 0.8 0.134 0.051 32.5 19.214521 74 54 1754.3 0.7 0.218 0.071 26.2 19.214521 74 55 1809.9 0.3 0.739 0.157 9.1 19.214521 74 56 1873.3 1.0 0.134 0.051 32.5 19.214521 74 57 2011.5 1.4 0.050 0.032 60.0 19.214521 74 58 2054.0 1.2 0.134 0.057 37.5 19.214521 74 59 2069.9 1.7 0.101 0.045 40.0 19.214521 74 60 2315.3 1.6 0.101 0.048 43.3 19.214521 74 61 2423.8 0.2 2.318 0.465 5.8 19.214521 74 62 2798.8 0.4 0.793 0.172 10.2 19.214521 74 63 3227.5 1.2 0.235 0.081 28.6 19.214521 74 64 ENDDATA 38 0 14521 74 65 ENDSUBENT 64 0 14521 7499999 SUBENT 14521075 20190306 148014521 75 1 BIB 4 21 14521 75 2 REACTION (62-SM-148(N,INL)62-SM-148,PAR,SIG,G,SPA,DEROT) Partial14521 75 3 gamma-ray production cross section, relative to a 14521 75 4 specified gamma-line. 14521 75 5 SAMPLE Target was Sm, in Sm2O3 form, enriched in 14521 75 6 148Sm, with mass 10.0 g. Target was exposed for 14521 75 7 11.5 hours. 14521 75 8 (62-SM-144,ENR=0.0010) 14521 75 9 (62-SM-147,ENR=0.0100) 14521 75 10 (62-SM-148,ENR=0.9540) 14521 75 11 (62-SM-149,ENR=0.0260) 14521 75 12 (62-SM-150,ENR=0.0030) 14521 75 13 (62-SM-152,ENR=0.0040) 14521 75 14 (62-SM-154,ENR=0.0020) 14521 75 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 75 16 relative to the normalization transition at 14521 75 17 550.23 keV in 148Sm. 14521 75 18 STATUS (TABLE) Data received from A.Voyles and the 14521 75 19 authors of LBNL-1007259, using the methods it 14521 75 20 describes. Cross sections derived from gamma-ray 14521 75 21 intensities taken from table on pages 230-233 14521 75 22 of this work [1978DE41], as described in ANALYSIS. 14521 75 23 ENDBIB 21 0 14521 75 24 NOCOMMON 0 0 14521 75 25 DATA 6 57 14521 75 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 75 27 KEV KEV MB MB PER-CENT PER-CENT 14521 75 28 311.2 0.3 0.865 0.155 11.8 13.514521 75 29 414.23 0.1 21.381 3.271 7.1 13.514521 75 30 432.3 0.2 3.563 0.701 14.3 13.514521 75 31 449.7 0.4 0.865 0.235 23.5 13.514521 75 32 550.23 0.1 509.062 68.882 0.0 13.514521 75 33 571.6 0.3 9.163 1.340 5.6 13.514521 75 34 590.9 0.3 2.545 0.615 20.0 13.514521 75 35 611.06 0.1 83.486 12.190 5.5 13.514521 75 36 629.87 0.1 72.287 10.410 4.9 13.514521 75 37 714.6 0.2 3.054 0.656 16.7 13.514521 75 38 725.1 0.2 4.072 0.750 12.5 13.514521 75 39 810.5 0.3 2.036 0.579 25.0 13.514521 75 40 870.0 0.2 7.127 1.402 14.3 13.514521 75 41 874.0 0.2 8.654 1.552 11.8 13.514521 75 42 896.9 0.3 5.600 1.269 18.2 13.514521 75 43 903.9 0.2 18.326 2.681 5.6 13.514521 75 44 915.0 0.1 10.385 1.599 7.4 13.514521 75 45 930.8 0.3 3.054 0.656 16.7 13.514521 75 46 966.8 0.8 0.865 0.327 35.3 13.514521 75 47 1034.2 0.3 3.054 5.107 166.7 13.514521 75 48 1048.2 0.6 1.425 0.361 21.4 13.514521 75 49 1066.6 0.7 1.018 0.335 30.0 13.514521 75 50 1113.7 0.1 13.236 2.060 7.7 13.514521 75 51 1147.1 0.5 2.036 0.579 25.0 13.514521 75 52 1152.5 0.7 1.018 0.289 25.0 13.514521 75 53 1181.1 0.7 1.629 0.602 34.4 13.514521 75 54 1262.7 1.1 1.018 0.577 55.0 13.514521 75 55 1307.0 1.0 1.069 0.432 38.1 13.514521 75 56 1324.0 0.7 0.509 0.215 40.0 13.514521 75 57 1344.6 0.3 5.600 0.913 9.1 13.514521 75 58 1353.65 0.2 7.636 1.285 10.0 13.514521 75 59 1371.1 0.4 1.934 0.572 26.3 13.514521 75 60 1413.0 0.8 0.814 0.277 31.2 13.514521 75 61 1422.0 0.2 7.127 1.230 10.7 13.514521 75 62 1454.5 0.2 17.817 2.854 8.6 13.514521 75 63 1465.2 0.2 17.308 2.796 8.8 13.514521 75 64 1586.7 1.0 0.662 0.270 38.5 13.514521 75 65 1596.4 0.3 4.072 0.750 12.5 13.514521 75 66 1622.0 0.9 0.764 0.275 33.3 13.514521 75 67 1656.3 0.4 3.258 0.753 18.8 13.514521 75 68 1663.6 0.4 5.701 1.085 13.4 13.514521 75 69 1677.7 0.7 0.916 0.330 33.3 13.514521 75 70 1747.6 0.9 0.865 0.327 35.3 13.514521 75 71 1759.0 0.8 1.018 0.527 50.0 13.514521 75 72 1766.3 0.8 1.018 0.527 50.0 13.514521 75 73 1831.7 1.0 1.527 0.549 33.3 13.514521 75 74 1839.0 1.0 1.527 0.549 33.3 13.514521 75 75 1857.8 0.8 1.018 0.527 50.0 13.514521 75 76 1971.7 0.8 1.120 0.531 45.5 13.514521 75 77 1985.9 0.9 1.018 0.527 50.0 13.514521 75 78 2083.9 1.0 0.764 0.371 46.7 13.514521 75 79 2204.1 1.0 1.222 0.535 41.7 13.514521 75 80 2467.7 1.0 1.018 0.527 50.0 13.514521 75 81 2512.1 0.9 1.120 0.531 45.5 13.514521 75 82 2535.3 1.3 0.713 0.320 42.9 13.514521 75 83 2683.5 1.2 0.764 0.371 46.7 13.514521 75 84 2706.2 1.1 1.069 0.529 47.6 13.514521 75 85 ENDDATA 59 0 14521 75 86 ENDSUBENT 85 0 14521 7599999 SUBENT 14521076 20190306 148014521 76 1 BIB 4 21 14521 76 2 REACTION (62-SM-150(N,INL)62-SM-150,PAR,SIG,G,SPA,DEROT) Partial14521 76 3 gamma-ray production cross section, relative to a 14521 76 4 specified gamma-line. 14521 76 5 SAMPLE Target was Sm, in Sm2O3 form, enriched in 14521 76 6 150Sm, with mass 10.0 g. Target was exposed for 14521 76 7 11.5 hours. 14521 76 8 (62-SM-144,ENR=0.0000) 14521 76 9 (62-SM-147,ENR=0.0040) 14521 76 10 (62-SM-148,ENR=0.0050) 14521 76 11 (62-SM-149,ENR=0.0110) 14521 76 12 (62-SM-150,ENR=0.9500) 14521 76 13 (62-SM-152,ENR=0.0230) 14521 76 14 (62-SM-154,ENR=0.0070) 14521 76 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 76 16 relative to the normalization transition at 14521 76 17 333.92 keV in 150Sm. 14521 76 18 STATUS (TABLE) Data received from A.Voyles and the 14521 76 19 authors of LBNL-1007259, using the methods it 14521 76 20 describes. Cross sections derived from gamma-ray 14521 76 21 intensities taken from table on pages 233-237 14521 76 22 of this work [1978DE41], as described in ANALYSIS. 14521 76 23 ENDBIB 21 0 14521 76 24 NOCOMMON 0 0 14521 76 25 DATA 6 111 14521 76 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 76 27 KEV KEV MB MB PER-CENT PER-CENT 14521 76 28 152.9 0.5 0.461 0.172 33.3 16.714521 76 29 237.0 0.4 1.307 0.443 29.4 16.714521 76 30 251.6 0.2 5.381 1.465 21.4 16.714521 76 31 297.8 0.2 3.843 0.751 10.0 16.714521 76 32 305.8 0.4 1.614 0.410 19.0 16.714521 76 33 333.92 0.07 768.683 129.028 0.0 16.714521 76 34 346.0 0.1 6.149 1.202 10.0 16.714521 76 35 371.5 0.3 1.922 0.446 16.0 16.714521 76 36 390.7 0.5 0.846 0.209 18.2 16.714521 76 37 393.0 0.7 0.384 0.167 40.0 16.714521 76 38 403.1 0.2 3.843 0.793 12.0 16.714521 76 39 406.46 0.08 59.189 10.400 5.2 16.714521 76 40 420.6 0.6 0.307 0.093 25.0 16.714521 76 41 425.2 0.5 0.615 0.185 25.0 16.714521 76 42 439.4 0.04 121.452 21.528 5.7 16.714521 76 43 453.4 0.6 0.538 0.178 28.6 16.714521 76 44 459.0 0.9 0.331 0.101 25.6 16.714521 76 45 462.7 0.4 1.537 0.401 20.0 16.714521 76 46 505.6 0.1 17.449 3.308 8.8 16.714521 76 47 542.1 0.8 0.461 0.172 33.3 16.714521 76 48 545.4 0.7 0.615 0.185 25.0 16.714521 76 49 558.4 0.7 0.515 0.183 31.3 16.714521 76 50 584.3 0.1 13.068 2.380 7.1 16.714521 76 51 612.4 0.4 0.769 0.201 20.0 16.714521 76 52 620.5 0.7 0.615 0.185 25.0 16.714521 76 53 629.2 0.3 2.537 0.525 12.1 16.714521 76 54 638.4 0.6 0.615 0.185 25.0 16.714521 76 55 668.0 0.6 2.306 0.602 20.0 16.714521 76 56 675.9 0.1 7.841 1.564 10.8 16.714521 76 57 712.23 0.08 56.883 10.293 6.8 16.714521 76 58 731.4 0.2 3.075 0.746 17.5 16.714521 76 59 737.45 0.08 57.651 10.412 6.7 16.714521 76 60 748.8 0.2 3.228 0.664 11.9 16.714521 76 61 761.4 0.3 1.614 0.356 14.3 16.714521 76 62 810.8 0.5 0.692 0.193 22.2 16.714521 76 63 817.1 0.7 0.461 0.172 33.3 16.714521 76 64 820.3 0.7 0.461 0.172 33.3 16.714521 76 65 832.0 0.1 12.991 2.399 7.7 16.714521 76 66 855.9 0.5 1.768 0.486 21.7 16.714521 76 67 859.9 0.1 12.453 2.317 8.0 16.714521 76 68 868.9 0.3 4.612 0.943 11.7 16.714521 76 69 876.6 0.6 0.538 0.178 28.6 16.714521 76 70 899.0 0.4 2.921 0.579 10.5 16.714521 76 71 911.4 0.4 3.767 0.783 12.2 16.714521 76 72 921.3 0.2 8.456 1.614 9.1 16.714521 76 73 938.3 0.5 0.846 0.271 27.3 16.714521 76 74 945.4 0.5 0.846 0.271 27.3 16.714521 76 75 972.0 0.8 0.277 0.103 33.3 16.714521 76 76 997.7 0.6 0.999 0.285 23.1 16.714521 76 77 1003.6 0.8 0.615 0.185 25.0 16.714521 76 78 1024.5 0.5 0.999 0.350 30.8 16.714521 76 79 1047.2 0.2 11.300 2.303 11.6 16.714521 76 80 1083.3 0.2 3.613 0.762 12.8 16.714521 76 81 1123.2 0.5 0.846 0.271 27.3 16.714521 76 82 1166.0 0.1 22.292 4.395 10.3 16.714521 76 83 1171.0 0.3 9.993 2.852 23.1 16.714521 76 84 1178.0 0.4 2.614 0.583 14.7 16.714521 76 85 1194.0 0.1 16.373 3.149 9.4 16.714521 76 86 1214.0 0.8 0.846 0.271 27.3 16.714521 76 87 1218.9 0.8 0.461 0.172 33.3 16.714521 76 88 1223.4 0.5 1.230 0.310 18.8 16.714521 76 89 1247.7 0.6 0.769 0.264 30.0 16.714521 76 90 1258.9 0.7 0.615 0.211 30.0 16.714521 76 91 1264.3 0.3 1.691 0.478 22.7 16.714521 76 92 1270.1 0.3 1.691 0.478 22.7 16.714521 76 93 1289.0 0.5 0.846 0.271 27.3 16.714521 76 94 1297.8 0.5 0.999 0.350 30.8 16.714521 76 95 1308.5 0.4 2.306 0.545 16.7 16.714521 76 96 1324.5 0.2 7.379 1.500 11.5 16.714521 76 97 1343.5 0.3 1.691 0.418 18.2 16.714521 76 98 1350.7 0.2 4.843 1.067 14.3 16.714521 76 99 1379.8 0.2 6.611 1.350 11.6 16.714521 76 100 1389.1 0.4 1.153 0.301 20.0 16.714521 76 101 1412.6 0.8 0.461 0.172 33.3 16.714521 76 102 1431.0 0.8 0.461 0.172 33.3 16.714521 76 103 1452.4 0.7 0.846 0.271 27.3 16.714521 76 104 1461.3 0.4 1.691 0.418 18.2 16.714521 76 105 1472.6 0.8 0.461 0.172 33.3 16.714521 76 106 1486.5 0.6 1.307 0.378 23.5 16.714521 76 107 1500.2 0.5 1.768 0.427 17.4 16.714521 76 108 1516.6 0.7 0.615 0.253 37.5 16.714521 76 109 1528.7 1.0 0.307 0.162 50.0 16.714521 76 110 1535.0 1.0 0.307 0.162 50.0 16.714521 76 111 1548.8 0.9 0.461 0.243 50.0 16.714521 76 112 1553.0 1.0 0.461 0.243 50.0 16.714521 76 113 1558.5 0.8 0.615 0.253 37.5 16.714521 76 114 1566.3 0.7 0.307 0.162 50.0 16.714521 76 115 1590.5 1.1 0.384 0.167 40.0 16.714521 76 116 1596.5 1.1 0.384 0.167 40.0 16.714521 76 117 1616.3 0.8 0.384 0.167 40.0 16.714521 76 118 1634.7 0.9 0.461 0.243 50.0 16.714521 76 119 1670.8 0.4 2.306 0.602 20.0 16.714521 76 120 1706.5 0.9 0.384 0.167 40.0 16.714521 76 121 1711.6 0.5 1.153 0.363 26.7 16.714521 76 122 1721.8 0.8 0.384 0.167 40.0 16.714521 76 123 1820.0 0.8 0.538 0.178 28.6 16.714521 76 124 1832.9 0.9 0.307 0.162 50.0 16.714521 76 125 1865.5 0.7 0.615 0.253 37.5 16.714521 76 126 1875.7 0.9 0.307 0.162 50.0 16.714521 76 127 1891.8 1.0 0.307 0.162 50.0 16.714521 76 128 1906.3 1.0 0.307 0.162 50.0 16.714521 76 129 1912.0 1.0 0.461 0.243 50.0 16.714521 76 130 1927.6 0.9 0.461 0.243 50.0 16.714521 76 131 1948.1 1.0 0.384 0.239 60.0 16.714521 76 132 1956.0 1.1 0.461 0.243 50.0 16.714521 76 133 1964.0 1.1 0.692 0.258 33.3 16.714521 76 134 1977.8 1.0 0.384 0.239 60.0 16.714521 76 135 2007.4 1.0 0.307 0.236 75.0 16.714521 76 136 2032.6 0.7 0.615 0.253 37.5 16.714521 76 137 2272.1 1.1 0.292 0.147 47.4 16.714521 76 138 2352.4 1.1 0.231 0.129 53.3 16.714521 76 139 ENDDATA 113 0 14521 76 140 ENDSUBENT 139 0 14521 7699999 SUBENT 14521077 20190306 148014521 77 1 BIB 4 21 14521 77 2 REACTION (62-SM-152(N,INL)62-SM-152,PAR,SIG,G,SPA,DEROT) Partial14521 77 3 gamma-ray production cross section, relative to a 14521 77 4 specified gamma-line. 14521 77 5 SAMPLE Target was Sm, in Sm2O3 form, enriched in 14521 77 6 152Sm, with mass 10.0 g. Target was exposed for 14521 77 7 11.5 hours. 14521 77 8 (62-SM-144,ENR=0.0000) 14521 77 9 (62-SM-147,ENR=0.0000) 14521 77 10 (62-SM-148,ENR=0.0010) 14521 77 11 (62-SM-149,ENR=0.0010) 14521 77 12 (62-SM-150,ENR=0.0010) 14521 77 13 (62-SM-152,ENR=0.9900) 14521 77 14 (62-SM-154,ENR=0.0070) 14521 77 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 77 16 relative to the normalization transition at 14521 77 17 563.18 keV in 152Sm. 14521 77 18 STATUS (TABLE) Data received from A.Voyles and the 14521 77 19 authors of LBNL-1007259, using the methods it 14521 77 20 describes. Cross sections derived from gamma-ray 14521 77 21 intensities taken from table on pages 238-241 14521 77 22 of this work [1978DE41], as described in ANALYSIS. 14521 77 23 ENDBIB 21 0 14521 77 24 NOCOMMON 0 0 14521 77 25 DATA 6 75 14521 77 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 77 27 KEV KEV MB MB PER-CENT PER-CENT 14521 77 28 121.77 0.03 1071.097 219.395 9.3 18.214521 77 29 212.6 0.2 4.240 0.948 12.9 18.214521 77 30 244.66 0.03 225.494 50.873 13.3 18.214521 77 31 316.0 0.2 1.996 0.471 15.0 18.214521 77 32 329.39 0.06 10.726 2.078 6.5 18.214521 77 33 340.33 0.04 37.416 7.111 5.3 18.214521 77 34 415.5 0.6 0.798 0.289 31.2 18.214521 77 35 417.8 0.2 2.544 0.719 21.6 18.214521 77 36 443.97 0.06 22.949 4.304 4.3 18.214521 77 37 481.8 0.5 1.098 0.360 27.3 18.214521 77 38 523.3 0.3 1.896 0.457 15.8 18.214521 77 39 563.18 0.08 49.888 9.101 0.0 18.214521 77 40 645.0 0.5 0.948 0.264 21.1 18.214521 77 41 656.52 0.09 16.962 3.251 5.9 18.214521 77 42 671.3 0.3 2.794 0.618 12.5 18.214521 77 43 674.8 0.1 12.472 2.484 8.0 18.214521 77 44 688.6 0.1 47.893 9.086 5.2 18.214521 77 45 727.7 0.8 0.549 0.180 27.3 18.214521 77 46 769.2 0.6 0.549 0.180 27.3 18.214521 77 47 805.3 0.5 1.397 0.474 28.6 18.214521 77 48 810.5 0.1 18.459 3.914 10.8 18.214521 77 49 841.6 0.2 33.425 7.027 10.4 18.214521 77 50 854.9 0.2 13.969 2.955 10.7 18.214521 77 51 867.9 0.3 6.984 1.618 14.3 18.214521 77 52 901.1 0.2 8.980 1.918 11.1 18.214521 77 53 919.3 0.1 42.405 8.705 9.4 18.214521 77 54 926.6 0.2 9.479 1.996 10.5 18.214521 77 55 941.6 0.5 1.696 0.630 32.4 18.214521 77 56 960.2 0.2 16.962 3.437 8.8 18.214521 77 57 963.3 0.1 64.854 13.042 8.5 18.214521 77 58 982.6 0.3 3.093 0.787 17.7 18.214521 77 59 995.2 0.4 1.996 0.540 20.0 18.214521 77 60 1005.1 0.2 10.975 2.237 9.1 18.214521 77 61 1020.9 0.3 1.397 0.393 21.4 18.214521 77 62 1056.2 0.5 1.147 0.365 26.1 18.214521 77 63 1085.7 0.1 18.957 3.993 10.5 18.214521 77 64 1112.03 0.06 22.450 4.556 8.9 18.214521 77 65 1171.3 0.5 1.397 0.393 21.4 18.214521 77 66 1193.2 0.2 6.186 1.412 13.7 18.214521 77 67 1213.2 0.1 7.334 1.584 11.6 18.214521 77 68 1250.1 0.3 2.245 0.572 17.8 18.214521 77 69 1293.7 0.5 3.941 1.112 21.5 18.214521 77 70 1315.1 0.2 2.794 0.749 19.6 18.214521 77 71 1353.3 0.6 1.397 0.393 21.4 18.214521 77 72 1360.7 0.6 1.397 0.393 21.4 18.214521 77 73 1363.8 0.4 2.395 0.701 22.9 18.214521 77 74 1389.0 0.2 10.975 2.237 9.1 18.214521 77 75 1398.7 0.6 1.147 0.365 26.1 18.214521 77 76 1407.9 0.2 10.476 2.156 9.5 18.214521 77 77 1437.1 0.6 2.544 0.719 21.6 18.214521 77 78 1457.7 0.3 3.941 0.904 13.9 18.214521 77 79 1471.7 0.8 0.848 0.337 35.3 18.214521 77 80 1486.8 0.9 0.848 0.337 35.3 18.214521 77 81 1528.0 0.4 1.996 0.471 15.0 18.214521 77 82 1558.0 1.0 0.698 0.237 28.6 18.214521 77 83 1567.5 1.0 0.549 0.223 36.4 18.214521 77 84 1587.3 1.0 0.848 0.337 35.3 18.214521 77 85 1594.0 1.0 0.549 0.316 54.5 18.214521 77 86 1601.7 1.0 0.549 0.316 54.5 18.214521 77 87 1608.7 1.0 0.848 0.337 35.3 18.214521 77 88 1725.5 0.8 1.147 0.407 30.4 18.214521 77 89 1753.8 0.7 0.848 0.337 35.3 18.214521 77 90 1769.2 0.6 1.147 0.365 26.1 18.214521 77 91 1821.8 0.8 0.848 0.337 35.3 18.214521 77 92 1842.8 0.6 1.147 0.407 30.4 18.214521 77 93 1869.4 0.8 0.848 0.337 35.3 18.214521 77 94 1903.7 0.8 1.996 0.659 27.5 18.214521 77 95 1940.0 1.0 1.147 0.407 30.4 18.214521 77 96 2048.0 1.0 0.848 0.337 35.3 18.214521 77 97 2067.8 0.8 0.848 0.337 35.3 18.214521 77 98 2158.9 0.7 0.549 0.223 36.4 18.214521 77 99 2239.5 0.8 0.698 0.325 42.9 18.214521 77 100 2282.0 1.2 1.147 0.541 43.5 18.214521 77 101 2361.6 0.6 0.599 0.319 50.0 18.214521 77 102 2478.0 0.7 0.848 0.570 64.7 18.214521 77 103 ENDDATA 77 0 14521 77 104 ENDSUBENT 103 0 14521 7799999 SUBENT 14521078 20190306 148014521 78 1 BIB 4 21 14521 78 2 REACTION (62-SM-154(N,INL)62-SM-154,PAR,SIG,G,SPA,DEROT) Partial14521 78 3 gamma-ray production cross section, relative to a 14521 78 4 specified gamma-line. 14521 78 5 SAMPLE Target was Sm, in Sm2O3 form, enriched in 14521 78 6 154Sm, with mass 10.0 g. Target was exposed for 14521 78 7 11.5 hours. 14521 78 8 (62-SM-144,ENR=0.0000) 14521 78 9 (62-SM-147,ENR=0.0010) 14521 78 10 (62-SM-148,ENR=0.0010) 14521 78 11 (62-SM-149,ENR=0.0020) 14521 78 12 (62-SM-150,ENR=0.0010) 14521 78 13 (62-SM-152,ENR=0.0090) 14521 78 14 (62-SM-154,ENR=0.9860) 14521 78 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 78 16 relative to the normalization transition at 14521 78 17 839.83 keV in 154Sm. 14521 78 18 STATUS (TABLE) Data received from A.Voyles and the 14521 78 19 authors of LBNL-1007259, using the methods it 14521 78 20 describes. Cross sections derived from gamma-ray 14521 78 21 intensities taken from table on pages 241-244 14521 78 22 of this work [1978DE41], as described in ANALYSIS. 14521 78 23 ENDBIB 21 0 14521 78 24 NOCOMMON 0 0 14521 78 25 DATA 6 65 14521 78 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 78 27 KEV KEV MB MB PER-CENT PER-CENT 14521 78 28 81.91 0.1 0.000 0.000 64.7 24.114521 78 29 159.6 0.4 1.374 0.487 25.9 24.114521 78 30 164.1 0.3 2.036 0.639 20.0 24.114521 78 31 185.06 0.06 273.366 72.752 11.2 24.114521 78 32 277.38 0.07 40.725 10.161 6.2 24.114521 78 33 281.0 0.1 7.127 2.000 14.3 24.114521 78 34 359.1 0.2 3.309 0.875 10.8 24.114521 78 35 364.85 0.09 8.501 2.116 6.0 24.114521 78 36 375.8 0.3 1.985 0.569 15.4 24.114521 78 37 527.6 0.5 1.222 0.390 20.8 24.114521 78 38 637.2 0.1 5.192 1.304 6.9 24.114521 78 39 661.4 0.4 4.378 1.116 8.1 24.114521 78 40 742.8 0.4 4.123 1.424 24.7 24.114521 78 41 745.39 0.08 30.544 7.653 6.7 24.114521 78 42 752.5 0.2 3.971 1.023 9.0 24.114521 78 43 763.4 0.5 1.374 0.418 18.5 24.114521 78 44 778.7 0.5 2.393 0.770 21.3 24.114521 78 45 794.3 0.3 2.036 0.579 15.0 24.114521 78 46 834.2 0.4 5.600 2.040 27.3 24.114521 78 47 839.83 0.08 50.906 12.296 0.0 24.114521 78 48 888.3 0.4 2.036 0.554 12.5 24.114521 78 49 911.0 0.4 11.963 2.964 5.5 24.114521 78 50 914.7 0.4 20.362 5.023 5.0 24.114521 78 51 921.8 0.06 38.689 9.564 5.3 24.114521 78 52 930.57 0.06 46.325 11.475 5.5 24.114521 78 53 953.8 0.3 2.443 0.643 10.4 24.114521 78 54 961.1 0.4 1.884 0.521 13.5 24.114521 78 55 1018.0 0.08 21.381 5.264 4.8 24.114521 78 56 1024.1 0.2 4.632 1.174 7.7 24.114521 78 57 1071.1 0.2 4.989 1.257 7.1 24.114521 78 58 1096.01 0.08 16.290 4.064 6.2 24.114521 78 59 1120.7 0.2 4.174 1.069 8.5 24.114521 78 60 1172.3 0.5 1.731 0.549 20.6 24.114521 78 61 1177.8 0.1 8.552 2.128 6.0 24.114521 78 62 1204.67 0.1 14.254 3.590 7.1 24.114521 78 63 1230.6 0.2 5.040 1.268 7.1 24.114521 78 64 1256.2 0.2 4.632 1.174 7.7 24.114521 78 65 1272.5 0.2 5.752 1.448 7.1 24.114521 78 66 1317.6 0.1 7.534 1.890 6.8 24.114521 78 67 1347.3 0.5 1.527 0.448 16.7 24.114521 78 68 1358.17 0.1 15.781 3.945 6.5 24.114521 78 69 1394.46 0.07 21.890 5.384 4.7 24.114521 78 70 1433.0 0.4 11.708 3.006 8.7 24.114521 78 71 1440.08 0.1 18.326 4.542 5.6 24.114521 78 72 1457.4 0.1 13.745 3.473 7.4 24.114521 78 73 1501.4 0.9 1.273 0.471 28.0 24.114521 78 74 1508.4 0.9 1.273 0.471 28.0 24.114521 78 75 1538.2 0.4 3.054 0.843 13.3 24.114521 78 76 1550.8 0.4 3.767 1.125 17.6 24.114521 78 77 1615.8 1.0 1.069 0.571 47.6 24.114521 78 78 1624.9 0.6 1.527 0.513 23.3 24.114521 78 79 1656.5 0.5 2.749 0.937 24.1 24.114521 78 80 1730.0 1.0 0.865 0.413 41.2 24.114521 78 81 1735.7 1.1 0.865 0.413 41.2 24.114521 78 82 1765.1 1.0 0.865 0.413 41.2 24.114521 78 83 1807.3 0.8 1.069 0.440 33.3 24.114521 78 84 1841.7 0.8 1.527 0.513 23.3 24.114521 78 85 1889.0 1.1 1.018 0.565 50.0 24.114521 78 86 1892.2 1.1 1.171 0.582 43.5 24.114521 78 87 1932.2 1.5 1.374 0.608 37.0 24.114521 78 88 1972.0 2.5 2.749 0.937 24.1 24.114521 78 89 2053.0 2.0 2.036 0.825 32.5 24.114521 78 90 2106.6 1.2 1.018 0.565 50.0 24.114521 78 91 2132.8 1.1 0.865 0.413 41.2 24.114521 78 92 2155.0 2.0 1.374 0.740 48.1 24.114521 78 93 ENDDATA 67 0 14521 78 94 ENDSUBENT 93 0 14521 7899999 SUBENT 14521079 20190306 148014521 79 1 BIB 4 15 14521 79 2 REACTION (63-EU-0(N,INL)63-EU-0,PAR,SIG,G,SPA,DEROT) Partial 14521 79 3 gamma-ray production cross section, relative to a 14521 79 4 specified gamma-line. 14521 79 5 SAMPLE Target was Eu, in Eu2O3 form, with natural 14521 79 6 abundance, and mass 1.0 g. Target was exposed for 14521 79 7 28.0 hours. 14521 79 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 79 9 relative to the normalization transition at 14521 79 10 307.0 keV, a convolution of two lines in 14521 79 11 151Eu and 153Eu. 14521 79 12 STATUS (TABLE) Data received from A.Voyles and the 14521 79 13 authors of LBNL-1007259, using the methods it 14521 79 14 describes. Cross sections derived from gamma-ray 14521 79 15 intensities taken from table on pages 244-245 14521 79 16 of this work [1978DE41], as described in ANALYSIS. 14521 79 17 ENDBIB 15 0 14521 79 18 NOCOMMON 0 0 14521 79 19 DATA 6 18 14521 79 20 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 79 21 KEV KEV MB MB PER-CENT PER-CENT 14521 79 22 126.5 0.5 47.284 15.259 21.7 23.814521 79 23 151.8 0.4 156.243 48.368 19.7 23.814521 79 24 154.7 0.8 61.675 23.637 30.0 23.814521 79 25 168.7 0.0 37.005 12.063 22.2 23.814521 79 26 174.4 0.0 92.512 33.097 26.7 23.814521 79 27 192.0 0.0 71.954 25.235 25.7 23.814521 79 28 196.0 0.0 228.197 95.209 34.2 23.814521 79 29 221.6 0.0 55.507 18.094 22.2 23.814521 79 30 226.2 0.8 34.949 13.234 29.4 23.814521 79 31 238.2 0.0 98.680 34.095 25.0 23.814521 79 32 242.5 0.0 217.918 63.799 17.0 23.814521 79 33 260.4 0.6 37.005 13.548 27.8 23.814521 79 34 281.3 0.7 37.005 15.167 33.3 23.814521 79 35 285.9 0.4 106.903 30.340 15.4 23.814521 79 36 307.2 0.3 205.583 49.029 0.0 23.814521 79 37 318.9 0.8 22.614 9.834 36.4 23.814521 79 38 331.7 0.5 74.010 21.534 16.7 23.814521 79 39 353.4 0.4 86.345 24.004 14.3 23.814521 79 40 ENDDATA 20 0 14521 79 41 ENDSUBENT 40 0 14521 7999999 SUBENT 14521080 20190306 148014521 80 1 BIB 4 14 14521 80 2 REACTION (64-GD-0(N,INL)64-GD-0,PAR,SIG,G,SPA,DEROT) Partial 14521 80 3 gamma-ray production cross section, relative to a 14521 80 4 specified gamma-line. 14521 80 5 SAMPLE Target was Gd, in Gd2O3 form, with natural 14521 80 6 abundance, and mass 4.65 g. Target was exposed for 14521 80 7 13.4 hours. 14521 80 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 80 9 relative to the normalization transition at 14521 80 10 944.0 keV in 158Gd. 14521 80 11 STATUS (TABLE) Data received from A.Voyles and the 14521 80 12 authors of LBNL-1007259, using the methods it 14521 80 13 describes. Cross sections derived from gamma-ray 14521 80 14 intensities taken from table on pages 245-247 14521 80 15 of this work [1978DE41], as described in ANALYSIS. 14521 80 16 ENDBIB 14 0 14521 80 17 NOCOMMON 0 0 14521 80 18 DATA 6 73 14521 80 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 80 20 KEV KEV MB MB PER-CENT PER-CENT 14521 80 21 122.6 0.3 75.087 15.926 12.7 16.914521 80 22 132.2 0.0 12.727 5.530 40.0 16.914521 80 23 146.4 0.4 14.636 5.101 30.4 16.914521 80 24 162.5 0.0 38.180 8.242 13.3 16.914521 80 25 173.41 0.1 248.168 46.258 7.7 16.914521 80 26 181.94 0.0 356.980 67.034 8.0 16.914521 80 27 199.1 0.2 265.348 51.745 9.6 16.914521 80 28 208.5 0.5 8.909 2.961 28.6 16.914521 80 29 216.1 0.6 10.818 3.674 29.4 16.914521 80 30 220.5 0.6 10.181 3.621 31.2 16.914521 80 31 226.2 1.0 3.818 2.016 50.0 16.914521 80 32 232.5 0.9 4.454 2.053 42.9 16.914521 80 33 247.6 0.4 20.362 5.151 18.8 16.914521 80 34 262.1 0.6 12.727 3.846 25.0 16.914521 80 35 266.5 0.4 34.362 7.340 13.0 16.914521 80 36 277.8 0.3 37.543 7.430 10.2 16.914521 80 37 286.5 0.0 19.726 5.079 19.4 16.914521 80 38 296.8 0.3 34.362 8.175 16.7 16.914521 80 39 307.2 0.0 9.545 3.571 33.3 16.914521 80 40 314.5 0.6 10.818 3.674 29.4 16.914521 80 41 318.5 0.8 6.363 2.765 40.0 16.914521 80 42 336.3 0.0 30.544 6.836 14.6 16.914521 80 43 344.3 1.0 7.000 2.809 36.4 16.914521 80 44 362.4 0.6 10.818 4.237 35.3 16.914521 80 45 367.2 0.4 22.908 6.406 22.2 16.914521 80 46 370.4 0.4 30.544 7.726 18.8 16.914521 80 47 410.2 0.3 49.634 10.560 12.8 16.914521 80 48 451.7 0.6 17.817 4.871 21.4 16.914521 80 49 462.3 0.6 15.272 4.104 20.8 16.914521 80 50 531.4 0.0 10.818 4.237 35.3 16.914521 80 51 596.6 0.8 32.453 11.021 29.4 16.914521 80 52 618.8 0.5 20.362 6.154 25.0 16.914521 80 53 633.5 1.0 8.272 3.478 38.5 16.914521 80 54 657.5 1.4 5.727 3.327 55.6 16.914521 80 55 675.5 0.6 10.818 3.674 29.4 16.914521 80 56 701.5 0.8 20.362 5.151 18.8 16.914521 80 57 708.6 0.6 8.272 3.478 38.5 16.914521 80 58 780.2 0.3 28.635 6.182 13.3 16.914521 80 59 808.2 0.6 8.909 3.523 35.7 16.914521 80 60 821.5 0.4 21.635 5.298 17.6 16.914521 80 61 897.9 0.3 62.360 12.353 10.2 16.914521 80 62 913.8 0.0 50.906 10.031 10.0 16.914521 80 63 924.6 1.1 6.363 3.360 50.0 16.914521 80 64 944.2 0.2 63.633 10.804 0.0 16.914521 80 65 961.3 0.0 69.996 13.192 8.2 16.914521 80 66 969.2 0.5 8.909 3.523 35.7 16.914521 80 67 977.1 0.3 30.544 6.440 12.5 16.914521 80 68 982.3 0.5 23.544 5.985 18.9 16.914521 80 69 987.8 0.4 26.726 6.359 16.7 16.914521 80 70 997.9 0.6 11.454 4.285 33.3 16.914521 80 71 1040.8 0.4 25.453 6.206 17.5 16.914521 80 72 1065.5 0.0 49.634 14.220 23.1 16.914521 80 73 1079.4 0.5 10.181 3.621 31.2 16.914521 80 74 1097.3 0.0 24.817 6.131 17.9 16.914521 80 75 1108.0 0.3 26.726 5.930 14.3 16.914521 80 76 1118.8 0.0 45.179 9.206 11.3 16.914521 80 77 1130.1 0.8 8.909 3.523 35.7 16.914521 80 78 1141.5 0.6 12.727 3.846 25.0 16.914521 80 79 1147.8 0.7 13.999 4.497 27.3 16.914521 80 80 1154.0 0.0 54.724 11.261 11.6 16.914521 80 81 1159.4 0.5 33.725 7.662 15.1 16.914521 80 82 1168.4 0.7 10.181 3.621 31.2 16.914521 80 83 1180.9 0.7 12.727 4.387 30.0 16.914521 80 84 1187.0 0.0 88.449 16.847 8.6 16.914521 80 85 1215.8 0.0 19.726 6.094 25.8 16.914521 80 86 1222.1 0.0 20.362 6.154 25.0 16.914521 80 87 1231.0 0.4 19.090 4.542 16.7 16.914521 80 88 1242.2 0.5 19.090 5.008 20.0 16.914521 80 89 1251.1 1.0 10.181 3.621 31.2 16.914521 80 90 1262.5 0.0 22.908 5.913 19.4 16.914521 80 91 1277.0 0.4 31.180 6.919 14.3 16.914521 80 92 1302.1 0.5 23.544 5.985 18.9 16.914521 80 93 1325.2 0.0 21.635 6.278 23.5 16.914521 80 94 ENDDATA 75 0 14521 80 95 ENDSUBENT 94 0 14521 8099999 SUBENT 14521081 20190306 148014521 81 1 BIB 4 14 14521 81 2 REACTION (65-TB-159(N,INL)65-TB-159,PAR,SIG,G,SPA,DEROT) Partial14521 81 3 gamma-ray production cross section, relative to a 14521 81 4 specified gamma-line. 14521 81 5 SAMPLE Target was Tb, in Tb4O7 form, with natural 14521 81 6 abundance, and mass 2.0 g. Target was exposed for 14521 81 7 35.0 hours. 14521 81 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 81 9 relative to the normalization transition at 14521 81 10 331.0 keV in 159Tb. 14521 81 11 STATUS (TABLE) Data received from A.Voyles and the 14521 81 12 authors of LBNL-1007259, using the methods it 14521 81 13 describes. Cross sections derived from gamma-ray 14521 81 14 intensities taken from table on pages 247-249 14521 81 15 of this work [1978DE41], as described in ANALYSIS. 14521 81 16 ENDBIB 14 0 14521 81 17 NOCOMMON 0 0 14521 81 18 DATA 6 57 14521 81 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 81 20 KEV KEV MB MB PER-CENT PER-CENT 14521 81 21 121.3 0.4 119.042 41.712 31.2 15.814521 81 22 137.1 0.6 44.641 13.214 25.0 15.814521 81 23 149.0 0.0 44.641 10.267 16.7 15.814521 81 24 154.0 0.4 29.761 7.594 20.0 15.814521 81 25 159.0 0.4 56.545 11.648 13.2 15.814521 81 26 184.2 0.3 223.204 41.829 10.0 15.814521 81 27 194.1 0.6 19.344 6.695 30.8 15.814521 81 28 210.7 0.6 33.481 7.435 15.6 15.814521 81 29 224.5 0.6 53.569 17.132 27.8 15.814521 81 30 228.2 0.8 18.600 9.402 48.0 15.814521 81 31 237.2 0.4 20.088 4.896 18.5 15.814521 81 32 247.6 0.4 23.808 5.299 15.6 15.814521 81 33 260.9 0.6 11.904 4.171 31.2 15.814521 81 34 269.1 0.8 13.392 5.624 38.9 15.814521 81 35 272.9 0.6 96.722 27.077 23.1 15.814521 81 36 274.8 1.0 17.112 6.541 34.8 15.814521 81 37 282.7 0.6 13.392 4.283 27.8 15.814521 81 38 289.6 0.0 119.042 24.029 12.5 15.814521 81 39 305.2 0.6 46.873 10.514 15.9 15.814521 81 40 317.4 0.3 97.466 19.057 11.5 15.814521 81 41 331.4 0.3 744.013 117.918 0.0 15.814521 81 42 348.3 0.3 483.609 85.198 7.7 15.814521 81 43 363.5 0.3 744.013 128.908 7.0 15.814521 81 44 370.7 0.3 156.243 28.890 9.5 15.814521 81 45 388.3 0.6 46.873 9.519 12.7 15.814521 81 46 395.1 0.4 96.722 21.364 15.4 15.814521 81 47 402.6 0.6 47.617 11.690 18.7 15.814521 81 48 429.1 0.6 51.337 11.025 14.5 15.814521 81 49 457.7 0.7 23.064 6.363 22.6 15.814521 81 50 464.6 0.8 14.880 4.405 25.0 15.814521 81 51 520.1 0.6 43.153 9.067 13.8 15.814521 81 52 536.8 0.3 111.602 23.114 13.3 15.814521 81 53 541.7 0.8 22.320 5.696 20.0 15.814521 81 54 559.6 0.3 208.324 44.450 14.3 15.814521 81 55 580.9 0.2 252.965 49.931 11.8 15.814521 81 56 608.2 0.8 25.296 7.176 23.5 15.814521 81 57 615.4 0.6 104.162 27.762 21.4 15.814521 81 58 617.5 0.6 148.803 37.972 20.0 15.814521 81 59 623.5 0.6 40.921 8.803 14.5 15.814521 81 60 674.5 0.7 28.273 7.450 21.1 15.814521 81 61 718.7 0.9 15.624 5.767 33.3 15.814521 81 62 753.8 0.7 23.808 5.845 18.7 15.814521 81 63 765.3 0.9 12.648 4.894 35.3 15.814521 81 64 914.4 0.0 96.722 21.364 15.4 15.814521 81 65 947.0 0.6 39.433 8.631 15.1 15.814521 81 66 975.8 1.0 33.481 9.139 22.2 15.814521 81 67 991.4 0.8 30.505 7.668 19.5 15.814521 81 68 1003.0 0.0 32.737 6.845 13.6 15.814521 81 69 1019.0 0.8 44.641 16.477 33.3 15.814521 81 70 1035.2 1.5 44.641 16.477 33.3 15.814521 81 71 1063.7 0.8 43.897 13.151 25.4 15.814521 81 72 1094.1 0.8 44.641 16.477 33.3 15.814521 81 73 1133.4 1.5 20.832 8.140 35.7 15.814521 81 74 1156.9 1.5 17.112 7.225 39.1 15.814521 81 75 1195.1 1.0 30.505 7.668 19.5 15.814521 81 76 1255.9 1.0 34.969 9.277 21.3 15.814521 81 77 1276.7 1.0 25.296 7.805 26.5 15.814521 81 78 ENDDATA 59 0 14521 81 79 ENDSUBENT 78 0 14521 8199999 SUBENT 14521082 20190306 148014521 82 1 BIB 4 14 14521 82 2 REACTION (66-DY-0(N,INL)66-DY-0,PAR,SIG,G,SPA,DEROT) Partial 14521 82 3 gamma-ray production cross section, relative to a 14521 82 4 specified gamma-line. 14521 82 5 SAMPLE Target was Dy, in Dy2O3 form, with natural 14521 82 6 abundance, and mass 10.8 g. Target was exposed for 14521 82 7 21.4 hours. 14521 82 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 82 9 relative to the normalization transition at 14521 82 10 755.0 keV in 164Dy. 14521 82 11 STATUS (TABLE) Data received from A.Voyles and the 14521 82 12 authors of LBNL-1007259, using the methods it 14521 82 13 describes. Cross sections derived from gamma-ray 14521 82 14 intensities taken from table on pages 249-251 14521 82 15 of this work [1978DE41], as described in ANALYSIS. 14521 82 16 ENDBIB 14 0 14521 82 17 NOCOMMON 0 0 14521 82 18 DATA 6 92 14521 82 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 82 20 KEV KEV MB MB PER-CENT PER-CENT 14521 82 21 148.7 0.3 36.907 12.353 30.8 13.114521 82 22 167.3 0.2 212.925 63.332 26.7 13.114521 82 23 169.0 0.2 567.800 135.986 20.0 13.114521 82 24 185.07 0.1 567.800 135.986 20.0 13.114521 82 25 208.15 0.01 133.433 33.392 21.3 13.114521 82 26 212.06 0.1 168.920 39.512 19.3 13.114521 82 27 215.23 0.1 198.730 44.101 17.9 13.114521 82 28 245.3 0.2 48.263 10.629 17.6 13.114521 82 29 247.9 0.2 32.648 7.123 17.4 13.114521 82 30 250.94 0.1 228.539 58.095 21.7 13.114521 82 31 260.0 0.0 205.827 50.486 20.7 13.114521 82 32 263.2 0.1 116.399 26.240 18.3 13.114521 82 33 267.1 0.3 13.343 2.872 17.0 13.114521 82 34 277.6 0.2 70.975 16.998 20.0 13.114521 82 35 282.9 0.2 63.877 14.135 17.8 13.114521 82 36 285.8 0.2 100.784 25.094 21.1 13.114521 82 37 294.7 0.2 72.394 17.102 19.6 13.114521 82 38 310.0 0.3 12.775 1.776 4.4 13.114521 82 39 316.2 0.3 32.648 7.123 17.4 13.114521 82 40 326.0 0.0 10.078 2.509 21.1 13.114521 82 41 334.2 0.3 34.068 7.238 16.7 13.114521 82 42 338.6 0.3 17.034 6.105 33.3 13.114521 82 43 344.0 0.4 22.712 6.418 25.0 13.114521 82 44 347.4 0.3 28.390 6.799 20.0 13.114521 82 45 351.22 0.1 119.238 22.150 13.1 13.114521 82 46 354.29 0.1 73.814 12.927 11.5 13.114521 82 47 371.3 0.3 5.820 1.490 22.0 13.114521 82 48 385.8 0.3 22.712 3.046 2.5 13.114521 82 49 389.82 0.1 102.204 16.735 9.7 13.114521 82 50 402.1 0.2 44.004 8.115 12.9 13.114521 82 51 421.9 0.1 90.848 14.690 9.4 13.114521 82 52 427.4 0.2 32.648 5.154 8.7 13.114521 82 53 436.8 0.3 13.769 2.219 9.3 13.114521 82 54 441.3 0.3 22.712 4.125 12.5 13.114521 82 55 462.2 0.4 11.782 2.202 13.3 13.114521 82 56 475.5 0.2 34.068 6.187 12.5 13.114521 82 57 479.4 0.2 31.229 5.921 13.6 13.114521 82 58 495.1 0.4 7.665 1.520 14.8 13.114521 82 59 533.7 0.2 9.369 1.881 15.2 13.114521 82 60 538.5 0.6 6.246 2.283 34.1 13.114521 82 61 548.5 0.5 12.775 3.300 22.2 13.114521 82 62 565.6 0.2 22.712 4.125 12.5 13.114521 82 63 569.7 0.3 14.195 4.651 30.0 13.114521 82 64 572.8 0.3 21.292 3.991 13.3 13.114521 82 65 585.63 0.1 44.004 7.194 9.7 13.114521 82 66 589.8 0.2 12.066 2.657 17.6 13.114521 82 67 606.8 0.5 58.199 10.448 12.2 13.114521 82 68 633.6 0.2 10.646 3.167 26.7 13.114521 82 69 647.2 0.2 8.943 1.738 14.3 13.114521 82 70 673.66 0.1 53.941 9.096 10.5 13.114521 82 71 678.0 0.2 15.614 3.506 18.2 13.114521 82 72 688.46 0.1 133.433 22.595 10.6 13.114521 82 73 696.9 0.4 39.746 6.750 10.7 13.114521 82 74 711.57 0.1 21.292 3.991 13.3 13.114521 82 75 728.5 0.2 8.801 1.725 14.5 13.114521 82 76 754.86 0.1 141.950 18.702 0.0 13.114521 82 77 761.87 0.1 106.462 18.047 10.7 13.114521 82 78 782.31 0.1 25.551 4.404 11.1 13.114521 82 79 795.4 0.1 31.229 5.921 13.6 13.114521 82 80 807.54 0.1 113.560 18.783 10.0 13.114521 82 81 820.4 0.2 7.665 1.629 16.7 13.114521 82 82 825.9 0.2 6.104 1.392 18.6 13.114521 82 83 842.7 0.2 38.326 6.606 11.1 13.114521 82 84 846.6 0.2 19.873 3.862 14.3 13.114521 82 85 882.34 0.1 102.204 17.615 11.1 13.114521 82 86 888.18 0.1 75.233 13.069 11.3 13.114521 82 87 911.4 0.2 17.034 3.619 16.7 13.114521 82 88 917.1 0.15 31.229 4.999 9.1 13.114521 82 89 944.4 0.0 28.390 4.696 10.0 13.114521 82 90 965.1 0.0 14.195 3.400 20.0 13.114521 82 91 980.6 0.2 17.034 3.619 16.7 13.114521 82 92 1092.0 0.0 16.040 3.771 19.5 13.114521 82 93 1124.8 0.2 11.072 2.699 20.5 13.114521 82 94 1129.7 0.2 24.131 5.314 17.6 13.114521 82 95 1187.7 0.2 13.769 3.250 19.6 13.114521 82 96 1195.2 0.1 28.390 6.799 20.0 13.114521 82 97 1217.4 0.5 14.195 4.651 30.0 13.114521 82 98 1224.0 0.3 11.356 4.514 37.5 13.114521 82 99 1251.9 0.0 2.839 1.468 50.0 13.114521 82 100 1273.6 0.4 19.873 4.999 21.4 13.114521 82 101 1276.6 0.2 36.907 8.603 19.2 13.114521 82 102 1369.8 0.5 6.814 1.925 25.0 13.114521 82 103 1372.7 0.5 13.343 3.834 25.5 13.114521 82 104 1556.4 0.8 12.208 3.513 25.6 13.114521 82 105 1585.1 1.2 24.131 5.314 17.6 13.114521 82 106 1599.8 0.8 11.072 3.576 29.5 13.114521 82 107 1642.8 0.8 7.665 2.486 29.6 13.114521 82 108 1649.8 0.8 10.504 3.416 29.7 13.114521 82 109 1685.8 0.0 5.394 1.716 28.9 13.114521 82 110 1705.6 0.8 5.678 2.257 37.5 13.114521 82 111 1724.0 0.8 7.097 2.326 30.0 13.114521 82 112 1735.4 0.8 11.924 2.879 20.2 13.114521 82 113 ENDDATA 94 0 14521 82 114 ENDSUBENT 113 0 14521 8299999 SUBENT 14521083 20190306 148014521 83 1 BIB 4 21 14521 83 2 REACTION (66-DY-162(N,INL)66-DY-162,PAR,SIG,G,SPA,DEROT) Partial14521 83 3 gamma-ray production cross section, relative to a 14521 83 4 specified gamma-line. 14521 83 5 SAMPLE Target was Dy, in Dy2O3 form, enriched in 14521 83 6 162Dy, with mass 10.0 g. Target was exposed for 14521 83 7 21.4 hours. 14521 83 8 (66-DY-156,ENR=0.0010) 14521 83 9 (66-DY-158,ENR=0.0010) 14521 83 10 (66-DY-160,ENR=0.0010) 14521 83 11 (66-DY-161,ENR=0.0095) 14521 83 12 (66-DY-162,ENR=0.9520) 14521 83 13 (66-DY-163,ENR=0.0312) 14521 83 14 (66-DY-164,ENR=0.0073) 14521 83 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 83 16 relative to the normalization transition at 14521 83 17 185.0 keV in 162Dy. 14521 83 18 STATUS (TABLE) Data received from A.Voyles and the 14521 83 19 authors of LBNL-1007259, using the methods it 14521 83 20 describes. Cross sections derived from gamma-ray 14521 83 21 intensities taken from table on pages 251-253 14521 83 22 of this work [1978DE41], as described in ANALYSIS. 14521 83 23 ENDBIB 21 0 14521 83 24 NOCOMMON 0 0 14521 83 25 DATA 6 58 14521 83 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 83 27 KEV KEV MB MB PER-CENT PER-CENT 14521 83 28 185.0 0.2 567.800 135.986 0.0 23.914521 83 29 228.2 0.4 3.407 1.398 33.3 23.914521 83 30 234.1 0.3 4.542 2.021 37.5 23.914521 83 31 238.2 0.4 0.454 0.252 50.0 23.914521 83 32 246.2 0.5 6.246 3.209 45.5 23.914521 83 33 260.0 0.2 85.170 23.346 13.3 23.914521 83 34 282.8 0.2 68.136 17.278 8.3 23.914521 83 35 322.1 0.5 0.397 0.299 71.4 23.914521 83 36 327.0 0.2 6.814 1.988 16.7 23.914521 83 37 334.1 0.2 24.415 6.500 11.6 23.914521 83 38 347.6 0.5 15.331 6.292 33.3 23.914521 83 39 372.7 0.2 10.788 3.839 26.3 23.914521 83 40 631.6 0.5 3.407 1.398 33.3 23.914521 83 41 634.5 0.5 6.246 2.267 27.3 23.914521 83 42 647.7 0.2 6.814 2.797 33.3 23.914521 83 43 698.4 1.0 22.712 12.592 50.0 23.914521 83 44 727.4 0.5 2.271 1.259 50.0 23.914521 83 45 747.5 0.5 2.271 0.786 25.0 23.914521 83 46 776.0 1.0 1.703 0.699 33.3 23.914521 83 47 795.5 0.2 51.102 16.696 22.2 23.914521 83 48 807.6 0.2 153.306 40.475 11.1 23.914521 83 49 882.3 0.2 158.984 41.713 10.7 23.914521 83 50 888.2 0.2 96.526 25.756 11.8 23.914521 83 51 917.0 0.2 24.983 6.623 11.4 23.914521 83 52 937.0 1.0 2.839 1.834 60.0 23.914521 83 53 944.3 0.3 19.305 5.426 14.7 23.914521 83 54 976.3 0.5 5.678 2.180 30.0 23.914521 83 55 980.3 0.5 15.331 4.317 14.8 23.914521 83 56 1092.1 1.0 22.712 7.087 20.0 23.914521 83 57 1125.5 0.5 14.763 4.202 15.4 23.914521 83 58 1129.8 0.5 30.661 8.350 13.0 23.914521 83 59 1187.6 0.2 10.220 3.339 22.2 23.914521 83 60 1195.0 0.3 44.856 11.896 11.4 23.914521 83 61 1219.8 0.5 10.788 3.440 21.1 23.914521 83 62 1252.5 0.5 6.246 2.267 27.3 23.914521 83 63 1273.0 1.0 4.542 2.518 50.0 23.914521 83 64 1276.9 0.3 45.424 12.272 12.5 23.914521 83 65 1309.3 0.4 6.814 2.797 33.3 23.914521 83 66 1319.5 0.2 10.220 3.749 27.8 23.914521 83 67 1373.1 0.3 11.924 5.854 42.9 23.914521 83 68 1556.4 1.0 7.381 3.344 38.5 23.914521 83 69 1585.2 0.4 3.407 1.889 50.0 23.914521 83 70 1611.4 0.4 2.839 1.324 40.0 23.914521 83 71 1647.4 0.4 3.407 1.398 33.3 23.914521 83 72 1664.8 0.4 3.407 1.398 33.3 23.914521 83 73 1774.0 0.5 3.975 1.482 28.6 23.914521 83 74 1806.8 0.5 4.542 2.021 37.5 23.914521 83 75 1901.0 1.0 2.839 1.324 40.0 23.914521 83 76 1909.0 1.0 0.341 0.189 50.0 23.914521 83 77 1918.8 0.5 2.839 1.324 40.0 23.914521 83 78 1981.0 1.0 2.839 1.324 40.0 23.914521 83 79 1988.0 1.0 0.454 0.252 50.0 23.914521 83 80 1999.3 0.5 1.703 1.207 66.7 23.914521 83 81 2045.5 1.0 2.839 1.834 60.0 23.914521 83 82 2066.0 1.0 2.839 1.834 60.0 23.914521 83 83 2079.3 1.0 2.271 1.259 50.0 23.914521 83 84 2100.5 1.0 1.136 0.630 50.0 23.914521 83 85 2108.5 1.0 2.839 1.834 60.0 23.914521 83 86 ENDDATA 60 0 14521 83 87 ENDSUBENT 86 0 14521 8399999 SUBENT 14521084 20190306 148014521 84 1 BIB 4 21 14521 84 2 REACTION (66-DY-164(N,INL)66-DY-164,PAR,SIG,G,SPA,DEROT) Partial14521 84 3 gamma-ray production cross section, relative to a 14521 84 4 specified gamma-line. 14521 84 5 SAMPLE Target was Dy, in Dy2O3 form, enriched in 14521 84 6 164Dy, with mass 10.0 g. Target was exposed for 14521 84 7 21.4 hours. 14521 84 8 (66-DY-156,ENR=0.0006) 14521 84 9 (66-DY-158,ENR=0.0006) 14521 84 10 (66-DY-160,ENR=0.0006) 14521 84 11 (66-DY-161,ENR=0.00042) 14521 84 12 (66-DY-162,ENR=0.0059) 14521 84 13 (66-DY-163,ENR=0.0179) 14521 84 14 (66-DY-164,ENR=0.9720) 14521 84 15 ANALYSIS Partial gamma-ray cross sections are reported 14521 84 16 relative to the normalization transition at 14521 84 17 168.8 keV in 164Dy. 14521 84 18 STATUS (TABLE) Data received from A.Voyles and the 14521 84 19 authors of LBNL-1007259, using the methods it 14521 84 20 describes. Cross sections derived from gamma-ray 14521 84 21 intensities taken from table on pages 254-255 14521 84 22 of this work [1978DE41], as described in ANALYSIS. 14521 84 23 ENDBIB 21 0 14521 84 24 NOCOMMON 0 0 14521 84 25 DATA 6 53 14521 84 26 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 84 27 KEV KEV MB MB PER-CENT PER-CENT 14521 84 28 148.7 0.2 40.314 13.653 23.9 23.914521 84 29 168.8 0.2 567.800 135.986 0.0 23.914521 84 30 206.3 0.5 14.763 3.925 11.5 23.914521 84 31 211.0 0.5 49.966 15.375 19.3 23.914521 84 32 214.9 0.2 193.052 64.815 23.5 23.914521 84 33 259.3 0.2 42.585 15.264 26.7 23.914521 84 34 277.7 0.2 70.975 22.514 20.8 23.914521 84 35 294.7 0.2 44.288 12.923 16.7 23.914521 84 36 309.3 0.2 23.280 9.250 31.7 23.914521 84 37 326.3 0.4 24.983 9.502 29.5 23.914521 84 38 353.1 0.4 19.305 7.322 29.4 23.914521 84 39 387.0 0.5 9.653 2.872 17.6 23.914521 84 40 391.0 0.5 9.653 2.872 17.6 23.914521 84 41 523.2 1.0 2.271 1.259 50.0 23.914521 84 42 538.3 0.2 8.517 2.335 13.3 23.914521 84 43 548.5 0.2 6.814 1.988 16.7 23.914521 84 44 569.1 1.0 5.678 2.180 30.0 23.914521 84 45 585.5 0.5 34.636 9.198 11.5 23.914521 84 46 611.0 1.0 5.678 4.201 70.0 23.914521 84 47 673.7 0.2 70.975 20.443 16.0 23.914521 84 48 688.4 0.4 289.578 79.935 13.7 23.914521 84 49 754.8 0.2 278.222 77.587 14.3 23.914521 84 50 761.7 0.2 210.086 60.764 16.2 23.914521 84 51 782.3 0.2 36.907 11.516 20.0 23.914521 84 52 843.3 1.0 11.356 4.816 35.0 23.914521 84 53 888.1 0.4 1.136 0.482 35.0 23.914521 84 54 903.0 1.0 0.738 0.435 53.8 23.914521 84 55 911.1 0.4 6.246 1.878 18.2 23.914521 84 56 966.2 1.0 9.653 4.598 41.2 23.914521 84 57 982.1 1.0 7.381 2.455 23.1 23.914521 84 58 1000.2 1.0 2.839 1.324 40.0 23.914521 84 59 1217.4 0.5 3.407 1.398 33.3 23.914521 84 60 1224.0 0.5 6.246 2.267 27.3 23.914521 84 61 1431.0 1.0 1.703 0.699 33.3 23.914521 84 62 1436.1 1.0 1.703 0.699 33.3 23.914521 84 63 1515.6 0.5 6.814 1.988 16.7 23.914521 84 64 1543.2 0.6 2.271 0.786 25.0 23.914521 84 65 1555.5 1.0 2.839 1.324 40.0 23.914521 84 66 1582.0 0.5 3.407 0.994 16.7 23.914521 84 67 1601.3 0.2 8.517 2.658 20.0 23.914521 84 68 1642.6 1.0 11.356 4.816 35.0 23.914521 84 69 1650.0 1.0 2.839 1.324 40.0 23.914521 84 70 1668.1 1.0 3.975 1.951 42.9 23.914521 84 71 1683.0 0.5 5.110 1.670 22.2 23.914521 84 72 1735.0 0.5 13.627 5.143 29.2 23.914521 84 73 1838.5 1.0 5.678 2.180 30.0 23.914521 84 74 1845.5 1.0 6.814 2.359 25.0 23.914521 84 75 1858.7 0.5 3.975 1.482 28.6 23.914521 84 76 1906.2 1.0 4.542 2.021 37.5 23.914521 84 77 1979.0 0.5 6.246 2.267 27.3 23.914521 84 78 2050.0 1.0 3.975 1.482 28.6 23.914521 84 79 2353.0 1.0 3.407 1.889 50.0 23.914521 84 80 2366.4 1.0 2.271 1.259 50.0 23.914521 84 81 ENDDATA 55 0 14521 84 82 ENDSUBENT 81 0 14521 8499999 SUBENT 14521085 20190306 148014521 85 1 BIB 4 14 14521 85 2 REACTION (67-HO-165(N,INL)67-HO-165,PAR,SIG,G,SPA,DEROT) Partial14521 85 3 gamma-ray production cross section, relative to a 14521 85 4 specified gamma-line. 14521 85 5 SAMPLE Target was Ho, in Ho2O3 form, with natural 14521 85 6 abundance, and mass 5.0 g. Target was exposed for 14521 85 7 34.3 hours. 14521 85 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 85 9 relative to the normalization transition at 14521 85 10 362.0 keV in 165Ho. 14521 85 11 STATUS (TABLE) Data received from A.Voyles and the 14521 85 12 authors of LBNL-1007259, using the methods it 14521 85 13 describes. Cross sections derived from gamma-ray 14521 85 14 intensities taken from table on pages 256-258 14521 85 15 of this work [1978DE41], as described in ANALYSIS. 14521 85 16 ENDBIB 14 0 14521 85 17 NOCOMMON 0 0 14521 85 18 DATA 6 54 14521 85 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 85 20 KEV KEV MB MB PER-CENT PER-CENT 14521 85 21 136.0 0.3 296.137 93.726 27.3 16.014521 85 22 154.1 0.3 59.227 12.478 13.6 16.014521 85 23 169.3 0.0 113.070 24.303 14.3 16.014521 85 24 204.0 0.0 115.763 28.451 18.6 16.014521 85 25 211.4 0.0 129.223 24.735 10.4 16.014521 85 26 225.4 0.4 26.922 6.905 20.0 16.014521 85 27 251.1 0.15 185.759 32.727 7.2 16.014521 85 28 268.5 0.3 37.690 8.101 14.3 16.014521 85 29 279.5 0.6 17.230 5.120 25.0 16.014521 85 30 289.0 0.0 104.994 25.287 17.9 16.014521 85 31 311.3 0.3 34.998 7.783 15.4 16.014521 85 32 361.671 0.0 2692.154 432.325 0.0 16.014521 85 33 416.8 0.4 64.612 13.149 12.5 16.014521 85 34 426.4 0.0 94.225 20.252 14.3 16.014521 85 35 472.5 0.3 156.145 33.055 13.8 16.014521 85 36 515.1 0.6 349.980 121.470 30.8 16.014521 85 37 543.6 0.2 166.914 28.886 6.5 16.014521 85 38 567.0 0.3 236.910 45.105 10.2 16.014521 85 39 609.5 0.0 61.920 16.735 21.7 16.014521 85 40 621.7 0.0 37.690 10.093 21.4 16.014521 85 41 635.6 0.0 180.374 33.165 9.0 16.014521 85 42 647.0 0.6 17.499 5.143 24.6 16.014521 85 43 660.7 0.5 20.191 5.391 21.3 16.014521 85 44 677.8 0.0 21.806 5.763 21.0 16.014521 85 45 688.7 0.4 183.066 43.680 17.6 16.014521 85 46 715.5 0.3 158.837 28.841 8.5 16.014521 85 47 725.2 0.3 86.149 16.019 9.4 16.014521 85 48 735.5 0.0 29.614 7.184 18.2 16.014521 85 49 747.3 0.0 14.538 4.664 27.8 16.014521 85 50 759.4 0.6 16.691 4.847 24.2 16.014521 85 51 786.9 1.0 12.922 4.540 31.2 16.014521 85 52 820.3 0.0 43.074 8.766 12.5 16.014521 85 53 910.4 0.8 9.692 4.328 41.7 16.014521 85 54 918.3 0.4 26.922 6.905 20.0 16.014521 85 55 926.8 1.2 7.269 3.689 48.1 16.014521 85 56 940.2 0.8 9.692 4.328 41.7 16.014521 85 57 948.1 0.0 9.423 4.312 42.9 16.014521 85 58 979.7 0.0 18.845 6.176 28.6 16.014521 85 59 1055.3 0.0 37.690 10.093 21.4 16.014521 85 60 1079.8 0.5 34.998 7.783 15.4 16.014521 85 61 1092.6 0.6 22.076 5.374 18.3 16.014521 85 62 1117.9 0.8 9.692 4.328 41.7 16.014521 85 63 1140.5 0.4 25.037 5.698 16.1 16.014521 85 64 1153.2 0.0 22.883 5.460 17.6 16.014521 85 65 1167.0 0.0 21.537 6.399 25.0 16.014521 85 66 1190.0 0.0 21.537 6.399 25.0 16.014521 85 67 1219.3 1.0 18.845 6.176 28.6 16.014521 85 68 1243.2 0.0 34.998 9.840 23.1 16.014521 85 69 1278.6 0.6 24.229 6.643 22.2 16.014521 85 70 1364.1 1.0 15.345 4.731 26.3 16.014521 85 71 1388.0 1.0 16.153 5.977 33.3 16.014521 85 72 1409.8 0.8 20.460 5.206 19.7 16.014521 85 73 1416.7 0.8 23.960 5.578 16.9 16.014521 85 74 1479.7 0.8 15.884 4.776 25.4 16.014521 85 75 ENDDATA 56 0 14521 85 76 ENDSUBENT 75 0 14521 8599999 SUBENT 14521086 20190306 148014521 86 1 BIB 4 14 14521 86 2 REACTION (68-ER-0(N,INL)68-ER-0,PAR,SIG,G,SPA,DEROT) Partial 14521 86 3 gamma-ray production cross section, relative to a 14521 86 4 specified gamma-line. 14521 86 5 SAMPLE Target was Er, in Er2O3 form, with natural 14521 86 6 abundance, and mass 3.0 g. Target was exposed for 14521 86 7 18.0 hours. 14521 86 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 86 9 relative to the normalization transition at 14521 86 10 816.0 keV in 168Er. 14521 86 11 STATUS (TABLE) Data received from A.Voyles and the 14521 86 12 authors of LBNL-1007259, using the methods it 14521 86 13 describes. Cross sections derived from gamma-ray 14521 86 14 intensities taken from table on pages 258-259 14521 86 15 of this work [1978DE41], as described in ANALYSIS. 14521 86 16 ENDBIB 14 0 14521 86 17 NOCOMMON 0 0 14521 86 18 DATA 6 54 14521 86 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 86 20 KEV KEV MB MB PER-CENT PER-CENT 14521 86 21 117.0 0.5 27.998 10.688 36.4 11.514521 86 22 131.3 0.4 50.906 11.775 20.0 11.514521 86 23 148.6 0.2 53.451 9.843 14.3 11.514521 86 24 160.32 0.15 91.631 14.732 11.1 11.514521 86 25 177.8 0.6 22.908 8.087 33.3 11.514521 86 26 181.5 0.6 198.534 55.889 25.6 11.514521 86 27 184.3 0.2 763.593 135.049 13.3 11.514521 86 28 198.0 0.2 211.261 39.186 14.5 11.514521 86 29 207.77 0.1 287.620 40.518 8.0 11.514521 86 30 216.4 0.3 30.035 5.559 14.4 11.514521 86 31 232.5 0.3 29.780 5.541 14.5 11.514521 86 32 241.4 0.4 30.798 5.615 14.0 11.514521 86 33 280.4 0.3 81.450 13.901 12.5 11.514521 86 34 284.4 0.3 81.450 13.901 12.5 11.514521 86 35 346.51 0.1 229.078 30.688 6.7 11.514521 86 36 447.0 0.5 17.817 4.569 22.9 11.514521 86 37 531.48 0.13 89.086 12.863 8.6 11.514521 86 38 545.5 0.0 40.725 6.950 12.5 11.514521 86 39 560.0 0.3 58.542 12.245 17.4 11.514521 86 40 573.5 0.4 66.178 12.759 15.4 11.514521 86 41 595.6 0.8 35.634 13.383 35.7 11.514521 86 42 631.65 0.13 68.723 11.049 11.1 11.514521 86 43 639.5 0.6 13.236 4.116 28.8 11.514521 86 44 646.2 0.4 12.727 4.094 30.0 11.514521 86 45 672.1 0.0 45.816 7.366 11.1 11.514521 86 46 705.29 0.16 94.176 14.947 10.8 11.514521 86 47 711.5 0.6 17.817 5.496 28.6 11.514521 86 48 720.0 0.7 15.272 5.391 33.3 11.514521 86 49 730.4 0.2 76.359 11.706 10.0 11.514521 86 50 741.24 0.15 101.812 15.608 10.0 11.514521 86 51 749.0 0.3 25.962 5.068 15.7 11.514521 86 52 778.78 0.1 139.992 19.190 7.3 11.514521 86 53 785.86 0.15 86.541 12.626 8.8 11.514521 86 54 810.6 0.4 73.814 15.347 17.2 11.514521 86 55 815.88 0.15 254.531 29.576 0.0 11.514521 86 56 821.1 0.3 73.814 13.312 13.8 11.514521 86 57 831.2 0.6 18.835 5.541 27.0 11.514521 86 58 844.0 0.0 40.725 11.227 25.0 11.514521 86 59 854.4 0.0 68.723 11.049 11.1 11.514521 86 60 915.2 0.4 35.634 6.562 14.3 11.514521 86 61 932.4 0.0 91.631 13.102 8.3 11.514521 86 62 1013.6 0.0 43.270 11.355 23.5 11.514521 86 63 1138.3 0.5 28.762 5.467 15.0 11.514521 86 64 1169.3 0.0 22.908 5.745 22.2 11.514521 86 65 1188.9 0.7 20.362 5.614 25.0 11.514521 86 66 1227.5 0.0 22.908 5.745 22.2 11.514521 86 67 1262.9 1.0 14.508 4.882 31.6 11.514521 86 68 1278.3 0.0 43.270 7.155 11.8 11.514521 86 69 1324.3 1.2 11.454 4.284 35.6 11.514521 86 70 1352.9 1.2 8.654 4.195 47.1 11.514521 86 71 1414.7 1.0 10.181 4.732 45.0 11.514521 86 72 1582.6 0.8 17.817 5.496 28.6 11.514521 86 73 1623.0 1.2 11.454 4.771 40.0 11.514521 86 74 1661.8 1.7 8.400 4.188 48.5 11.514521 86 75 ENDDATA 56 0 14521 86 76 ENDSUBENT 75 0 14521 8699999 SUBENT 14521087 20190306 148014521 87 1 BIB 4 14 14521 87 2 REACTION (69-TM-169(N,INL)69-TM-169,PAR,SIG,G,SPA,DEROT) Partial14521 87 3 gamma-ray production cross section, relative to a 14521 87 4 specified gamma-line. 14521 87 5 SAMPLE Target was Tm, in elemental form, with natural 14521 87 6 abundance, and mass 4.0 g. Target was exposed for 14521 87 7 37.0 hours. 14521 87 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 87 9 relative to the normalization transition at 14521 87 10 475.0 keV in 169Tm. 14521 87 11 STATUS (TABLE) Data received from A.Voyles and the 14521 87 12 authors of LBNL-1007259, using the methods it 14521 87 13 describes. Cross sections derived from gamma-ray 14521 87 14 intensities taken from table on pages 260-261 14521 87 15 of this work [1978DE41], as described in ANALYSIS. 14521 87 16 ENDBIB 14 0 14521 87 17 NOCOMMON 0 0 14521 87 18 DATA 6 46 14521 87 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 87 20 KEV KEV MB MB PER-CENT PER-CENT 14521 87 21 117.9 0.0 133.922 34.644 19.7 16.714521 87 22 130.51 0.0 544.500 109.978 11.3 16.714521 87 23 177.2 0.2 255.510 53.215 12.4 16.714521 87 24 193.4 0.3 125.112 27.354 14.1 16.714521 87 25 198.0 0.3 357.714 79.832 14.8 16.714521 87 26 213.8 0.3 35.243 7.917 15.0 16.714521 87 27 228.6 0.3 79.296 15.921 11.1 16.714521 87 28 236.4 0.3 52.864 11.306 13.3 16.714521 87 29 259.9 0.5 13.216 3.059 16.0 16.714521 87 30 269.8 0.5 10.220 2.719 20.7 16.714521 87 31 291.2 0.2 125.112 22.702 7.0 16.714521 87 32 307.5 0.4 88.107 20.392 16.0 16.714521 87 33 315.0 0.6 21.146 6.360 25.0 16.714521 87 34 333.6 0.4 197.359 50.913 19.6 16.714521 87 35 336.6 0.3 329.520 76.363 16.0 16.714521 87 36 342.0 0.2 103.966 19.491 8.5 16.714521 87 37 356.6 0.2 118.063 22.396 9.0 16.714521 87 38 453.4 0.0 17.621 4.594 20.0 16.714521 87 39 465.8 0.3 33.481 6.616 10.5 16.714521 87 40 474.7 0.2 176.214 29.468 0.0 16.714521 87 41 528.3 0.3 81.058 19.557 17.4 16.714521 87 42 562.3 0.4 144.495 29.907 12.2 16.714521 87 43 570.3 0.4 112.777 23.546 12.5 16.714521 87 44 579.6 0.3 40.529 8.596 13.0 16.714521 87 45 617.2 0.3 40.529 8.596 13.0 16.714521 87 46 624.6 0.8 82.820 16.415 10.6 16.714521 87 47 739.3 0.5 15.683 3.369 13.5 16.714521 87 48 758.1 0.0 19.384 6.201 27.3 16.714521 87 49 767.1 0.7 14.097 4.240 25.0 16.714521 87 50 774.3 0.0 31.718 7.489 16.7 16.714521 87 51 791.6 1.0 7.930 2.801 31.1 16.714521 87 52 815.3 0.0 37.005 9.380 19.0 16.714521 87 53 824.0 0.0 19.384 6.201 27.3 16.714521 87 54 846.1 0.8 12.335 4.084 28.6 16.714521 87 55 854.2 0.8 22.908 6.529 23.1 16.714521 87 56 879.3 0.0 33.481 7.700 15.8 16.714521 87 57 898.5 0.7 12.511 3.371 21.1 16.714521 87 58 924.1 0.8 10.044 2.701 21.1 16.714521 87 59 976.3 0.8 10.397 3.164 25.4 16.714521 87 60 987.6 1.2 7.753 2.787 31.8 16.714521 87 61 1080.0 1.2 14.097 4.240 25.0 16.714521 87 62 1132.4 0.0 31.718 7.489 16.7 16.714521 87 63 1190.3 1.2 7.930 2.957 33.3 16.714521 87 64 1222.0 0.0 19.384 6.201 27.3 16.714521 87 65 1260.9 1.0 12.335 4.084 28.6 16.714521 87 66 1277.8 1.5 7.753 3.427 40.9 16.714521 87 67 ENDDATA 48 0 14521 87 68 ENDSUBENT 67 0 14521 8799999 SUBENT 14521088 20190306 148014521 88 1 BIB 4 14 14521 88 2 REACTION (70-YB-0(N,INL)70-YB-0,PAR,SIG,G,SPA,DEROT) Partial 14521 88 3 gamma-ray production cross section, relative to a 14521 88 4 specified gamma-line. 14521 88 5 SAMPLE Target was Yb, in elemental form, with natural 14521 88 6 abundance, and mass 2.7 g. Target was exposed for 14521 88 7 26.0 hours. 14521 88 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 88 9 relative to the normalization transition at 14521 88 10 400.0 keV in 173Yb. 14521 88 11 STATUS (TABLE) Data received from A.Voyles and the 14521 88 12 authors of LBNL-1007259, using the methods it 14521 88 13 describes. Cross sections derived from gamma-ray 14521 88 14 intensities taken from table on pages 262 14521 88 15 of this work [1978DE41], as described in ANALYSIS. 14521 88 16 ENDBIB 14 0 14521 88 17 NOCOMMON 0 0 14521 88 18 DATA 6 49 14521 88 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 88 20 KEV KEV MB MB PER-CENT PER-CENT 14521 88 21 122.6 0.4 20.617 6.269 23.1 19.814521 88 22 163.8 0.3 25.375 6.400 15.6 19.814521 88 23 171.2 0.3 19.031 5.470 20.8 19.814521 88 24 176.643 0.0 225.201 50.540 10.6 19.814521 88 25 181.4 0.2 187.932 44.166 12.7 19.814521 88 26 190.0 0.2 88.812 19.290 8.9 19.814521 88 27 193.3 0.8 15.066 6.302 36.8 19.814521 88 28 223.8 0.5 13.480 3.575 17.6 19.814521 88 29 233.7 0.5 9.516 2.463 16.7 19.814521 88 30 272.6 0.2 81.675 17.098 6.8 19.814521 88 31 280.0 0.3 11.101 2.711 14.3 19.814521 88 32 288.0 0.2 20.617 4.725 11.5 19.814521 88 33 319.7 0.4 8.723 2.345 18.2 19.814521 88 34 365.9 0.0 7.137 2.124 22.2 19.814521 88 35 399.9 0.2 79.296 15.701 0.0 19.814521 88 36 440.1 0.5 6.027 1.630 18.4 19.814521 88 37 462.3 0.5 6.344 1.676 17.5 19.814521 88 38 636.4 0.6 5.709 1.699 22.2 19.814521 88 39 670.5 1.2 3.172 1.275 35.0 19.814521 88 40 727.4 1.2 3.965 1.770 40.0 19.814521 88 41 739.0 1.0 4.758 1.845 33.3 19.814521 88 42 748.0 1.0 4.758 1.845 33.3 19.814521 88 43 777.3 1.0 4.758 1.845 33.3 19.814521 88 44 806.7 1.0 6.344 2.690 37.5 19.814521 88 45 857.4 0.4 11.894 2.839 13.3 19.814521 88 46 912.2 0.8 6.344 2.023 25.0 19.814521 88 47 963.9 1.0 9.516 3.035 25.0 19.814521 88 48 992.5 0.8 4.758 1.845 33.3 19.814521 88 49 1051.4 0.0 6.344 2.690 37.5 19.814521 88 50 1069.6 0.0 17.445 4.690 18.2 19.814521 88 51 1076.2 0.4 13.480 3.575 17.6 19.814521 88 52 1086.3 1.2 4.758 1.845 33.3 19.814521 88 53 1092.9 0.0 33.304 7.318 9.5 19.814521 88 54 1116.7 0.0 22.996 5.549 13.8 19.814521 88 55 1129.7 1.4 1.824 0.944 47.8 19.814521 88 56 1143.0 1.0 4.758 1.845 33.3 19.814521 88 57 1204.2 1.0 10.309 3.135 23.1 19.814521 88 58 1215.9 1.0 9.516 3.035 25.0 19.814521 88 59 1241.7 0.3 38.855 8.655 10.2 19.814521 88 60 1255.0 1.2 5.551 1.930 28.6 19.814521 88 61 1293.5 0.0 30.133 7.164 13.2 19.814521 88 62 1306.1 0.5 20.617 4.725 11.5 19.814521 88 63 1410.6 1.5 3.965 1.770 40.0 19.814521 88 64 1528.0 0.0 11.101 3.239 21.4 19.814521 88 65 1554.0 0.0 12.687 3.460 18.8 19.814521 88 66 1633.7 0.7 22.203 5.421 14.3 19.814521 88 67 1657.0 1.0 7.137 2.124 22.2 19.814521 88 68 1673.8 1.2 8.723 2.345 18.2 19.814521 88 69 1710.8 1.2 6.344 2.023 25.0 19.814521 88 70 ENDDATA 51 0 14521 88 71 ENDSUBENT 70 0 14521 8899999 SUBENT 14521089 20190306 148014521 89 1 BIB 4 14 14521 89 2 REACTION (71-LU-0(N,INL)71-LU-0,PAR,SIG,G,SPA,DEROT) Partial 14521 89 3 gamma-ray production cross section, relative to a 14521 89 4 specified gamma-line. 14521 89 5 SAMPLE Target was Lu, in Lu2O3 form, with natural 14521 89 6 abundance, and mass 15.7 g. Target was exposed for 14521 89 7 20.2 hours. 14521 89 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 89 9 relative to the normalization transition at 14521 89 10 354.0 keV in 175Lu. 14521 89 11 STATUS (TABLE) Data received from A.Voyles and the 14521 89 12 authors of LBNL-1007259, using the methods it 14521 89 13 describes. Cross sections derived from gamma-ray 14521 89 14 intensities taken from table on pages 263-266 14521 89 15 of this work [1978DE41], as described in ANALYSIS. 14521 89 16 ENDBIB 14 0 14521 89 17 NOCOMMON 0 0 14521 89 18 DATA 6 170 14521 89 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 89 20 KEV KEV MB MB PER-CENT PER-CENT 14521 89 21 113.9 0.4 804.709 434.811 50.0 20.414521 89 22 132.7 0.3 402.355 157.418 33.3 20.414521 89 23 137.8 0.3 563.296 140.675 14.3 20.414521 89 24 144.5 0.4 177.036 58.262 25.8 20.414521 89 25 147.6 0.2 241.413 72.962 22.2 20.414521 89 26 156.1 0.3 131.436 48.412 30.6 20.414521 89 27 161.09 0.14 348.707 89.332 15.4 20.414521 89 28 178.5 0.3 88.518 32.377 30.3 20.414521 89 29 184.0 0.0 340.660 80.550 11.8 20.414521 89 30 188.27 0.18 96.565 27.273 19.4 20.414521 89 31 192.26 0.1 185.083 44.946 13.0 20.414521 89 32 201.6 0.15 112.659 28.135 14.3 20.414521 89 33 213.9 0.4 24.141 9.445 33.3 20.414521 89 34 216.81 0.1 101.930 24.816 13.2 20.414521 89 35 219.2 0.3 29.506 10.064 27.3 20.414521 89 36 225.38 0.06 182.401 41.816 10.3 20.414521 89 37 227.8 0.0 99.247 24.355 13.5 20.414521 89 38 233.3 0.2 83.153 21.680 16.1 20.414521 89 39 235.8 0.3 37.553 11.132 21.4 20.414521 89 40 238.7 0.4 32.188 10.403 25.0 20.414521 89 41 240.6 0.4 53.647 15.358 20.0 20.414521 89 42 246.11 0.07 85.836 20.598 12.5 20.414521 89 43 251.47 0.1 311.154 66.445 6.0 20.414521 89 44 255.7 0.05 354.072 76.440 6.8 20.414521 89 45 257.79 0.1 104.612 23.965 10.3 20.414521 89 46 264.3 0.0 168.989 37.123 7.9 20.414521 89 47 271.9 0.3 37.553 11.132 21.4 20.414521 89 48 279.16 0.15 99.247 21.026 5.4 20.414521 89 49 282.52 0.06 380.896 81.672 6.3 20.414521 89 50 284.61 0.12 80.471 18.343 10.0 20.414521 89 51 289.39 0.05 219.954 47.009 6.1 20.414521 89 52 298.45 0.05 187.765 39.930 5.7 20.414521 89 53 301.2 0.3 16.631 5.272 24.2 20.414521 89 54 306.1 0.3 21.995 7.006 24.4 20.414521 89 55 310.14 0.06 171.671 36.766 6.2 20.414521 89 56 319.2 0.07 150.212 32.586 7.1 20.414521 89 57 323.84 0.1 53.647 12.229 10.0 20.414521 89 58 327.4 0.3 11.266 4.638 35.7 20.414521 89 59 330.5 0.3 21.459 6.936 25.0 20.414521 89 60 335.78 0.07 120.706 26.002 6.7 20.414521 89 61 343.45 0.04 1663.066 357.159 6.5 20.414521 89 62 353.58 0.04 2682.364 549.454 0.0 20.414521 89 63 359.6 0.2 25.214 7.447 21.3 20.414521 89 64 368.3 0.0 32.188 8.500 16.7 20.414521 89 65 387.5 0.3 24.678 6.990 19.6 20.414521 89 66 396.33 0.04 670.591 147.468 8.0 20.414521 89 67 403.1 0.0 13.412 5.790 38.0 20.414521 89 68 414.4 0.0 18.508 6.569 29.0 20.414521 89 69 419.92 0.14 26.555 7.098 17.2 20.414521 89 70 425.1 0.14 30.311 7.703 15.0 20.414521 89 71 429.4 0.3 16.631 5.272 24.2 20.414521 89 72 432.85 0.05 182.401 38.220 4.4 20.414521 89 73 444.0 0.0 15.558 5.346 27.6 20.414521 89 74 457.9 0.2 19.581 5.143 16.4 20.414521 89 75 461.5 0.3 17.972 5.071 19.4 20.414521 89 76 471.19 0.05 80.471 17.335 6.7 20.414521 89 77 484.1 0.4 10.193 3.399 26.3 20.414521 89 78 517.8 0.4 10.729 3.468 25.0 20.414521 89 79 524.2 0.3 16.362 4.647 19.7 20.414521 89 80 527.5 0.3 23.068 5.717 14.0 20.414521 89 81 538.1 0.2 23.873 6.166 15.7 20.414521 89 82 548.0 0.0 45.600 10.772 11.8 20.414521 89 83 554.2 0.4 18.777 5.015 17.1 20.414521 89 84 556.9 0.4 16.094 4.608 20.0 20.414521 89 85 564.06 0.1 64.377 15.448 12.5 20.414521 89 86 578.3 0.2 21.995 5.537 14.6 20.414521 89 87 583.02 0.15 39.163 9.098 11.0 20.414521 89 88 586.1 0.2 19.313 4.935 15.3 20.414521 89 89 604.9 0.2 20.654 5.316 15.6 20.414521 89 90 608.78 0.14 60.890 14.161 11.0 20.414521 89 91 618.6 0.6 4.828 2.609 50.0 20.414521 89 92 624.8 0.6 5.901 2.700 40.9 20.414521 89 93 628.0 0.2 16.362 4.647 19.7 20.414521 89 94 631.4 0.0 13.412 4.872 30.0 20.414521 89 95 645.4 0.0 14.753 4.041 18.2 20.414521 89 96 657.4 0.6 6.706 3.014 40.0 20.414521 89 97 660.6 0.2 20.386 4.963 13.2 20.414521 89 98 667.3 0.4 9.657 3.121 25.0 20.414521 89 99 671.9 0.0 17.435 4.991 20.0 20.414521 89 100 709.6 0.16 51.233 11.552 9.4 20.414521 89 101 713.2 0.5 6.438 2.989 41.7 20.414521 89 102 715.9 0.5 6.438 2.989 41.7 20.414521 89 103 722.0 0.3 13.144 3.994 22.4 20.414521 89 104 726.4 0.0 10.461 3.867 30.8 20.414521 89 105 740.3 0.3 17.972 4.555 14.9 20.414521 89 106 751.1 0.4 12.339 3.686 21.7 20.414521 89 107 755.8 0.3 13.948 3.741 17.3 20.414521 89 108 765.5 0.3 11.534 3.575 23.3 20.414521 89 109 779.7 0.3 10.461 3.433 25.6 20.414521 89 110 785.3 0.5 7.511 2.863 32.1 20.414521 89 111 797.0 0.3 10.729 3.265 22.5 20.414521 89 112 800.5 0.3 11.266 3.538 23.8 20.414521 89 113 817.32 0.16 40.235 9.171 10.0 20.414521 89 114 838.7 0.2 37.553 9.378 14.3 20.414521 89 115 852.8 0.2 29.506 7.116 12.7 20.414521 89 116 861.3 0.0 16.094 4.608 20.0 20.414521 89 117 870.0 0.6 16.631 5.272 24.2 20.414521 89 118 872.3 0.6 16.631 5.272 24.2 20.414521 89 119 883.8 0.4 16.094 4.424 18.3 20.414521 89 120 890.9 0.6 10.998 3.712 26.8 20.414521 89 121 895.8 0.6 6.169 2.725 39.1 20.414521 89 122 902.5 0.6 6.169 2.725 39.1 20.414521 89 123 910.4 0.6 6.706 2.778 36.0 20.414521 89 124 915.0 0.0 8.047 2.923 30.0 20.414521 89 125 921.9 0.4 9.388 3.086 25.7 20.414521 89 126 928.3 0.8 4.024 2.551 60.0 20.414521 89 127 940.5 0.0 23.068 5.717 14.0 20.414521 89 128 944.6 0.6 8.047 3.380 36.7 20.414521 89 129 948.6 0.6 6.706 3.500 48.0 20.414521 89 130 950.6 0.6 6.706 3.500 48.0 20.414521 89 131 968.9 0.6 6.169 2.965 43.5 20.414521 89 132 975.0 0.0 26.824 7.679 20.0 20.414521 89 133 990.6 0.7 5.365 2.899 50.0 20.414521 89 134 995.1 0.4 8.047 2.923 30.0 20.414521 89 135 999.0 0.0 36.212 8.439 11.1 20.414521 89 136 1005.3 0.2 33.530 7.960 12.0 20.414521 89 137 1009.9 0.2 35.407 8.294 11.4 20.414521 89 138 1028.4 0.8 4.292 2.569 56.2 20.414521 89 139 1031.4 0.8 3.755 2.534 64.3 20.414521 89 140 1043.8 0.0 18.777 5.375 20.0 20.414521 89 141 1060.2 0.4 13.412 4.032 22.0 20.414521 89 142 1064.1 0.4 16.631 4.507 17.7 20.414521 89 143 1089.1 0.6 6.169 2.965 43.5 20.414521 89 144 1098.5 0.7 5.901 2.942 45.5 20.414521 89 145 1111.7 0.6 9.120 3.492 32.4 20.414521 89 146 1114.6 0.6 8.315 3.407 35.5 20.414521 89 147 1121.2 0.2 31.115 7.537 12.9 20.414521 89 148 1129.1 0.0 15.289 4.890 24.6 20.414521 89 149 1134.0 0.4 15.021 4.453 21.4 20.414521 89 150 1137.9 0.4 13.948 4.304 23.1 20.414521 89 151 1142.6 0.4 14.485 4.378 22.2 20.414521 89 152 1149.1 0.5 11.266 3.961 28.6 20.414521 89 153 1166.0 0.2 31.115 7.537 12.9 20.414521 89 154 1174.4 0.4 11.802 3.815 25.0 20.414521 89 155 1179.5 0.6 6.974 2.805 34.6 20.414521 89 156 1217.0 0.5 9.388 3.750 34.3 20.414521 89 157 1239.5 0.0 8.315 3.642 38.7 20.414521 89 158 1246.3 0.8 3.755 2.534 64.3 20.414521 89 159 1256.2 0.6 9.388 3.750 34.3 20.414521 89 160 1259.6 0.5 12.071 4.059 26.7 20.414521 89 161 1265.6 0.5 9.925 3.807 32.4 20.414521 89 162 1282.3 0.0 23.068 6.567 19.8 20.414521 89 163 1287.3 0.5 14.485 4.999 27.8 20.414521 89 164 1305.0 0.0 8.852 3.930 39.4 20.414521 89 165 1331.9 0.4 14.485 4.378 22.2 20.414521 89 166 1335.7 0.0 9.925 3.807 32.4 20.414521 89 167 1343.6 0.4 15.558 4.724 22.4 20.414521 89 168 1354.2 0.3 17.972 4.890 17.9 20.414521 89 169 1396.1 1.0 5.901 3.691 59.1 20.414521 89 170 1400.3 0.3 24.410 6.253 15.4 20.414521 89 171 1437.4 0.6 4.828 2.609 50.0 20.414521 89 172 1444.2 0.8 3.755 2.534 64.3 20.414521 89 173 1457.2 0.0 10.998 4.611 36.6 20.414521 89 174 1469.7 0.0 29.506 10.064 27.3 20.414521 89 175 1497.8 0.4 8.852 3.463 33.3 20.414521 89 176 1509.3 0.8 6.169 3.458 52.2 20.414521 89 177 1525.9 0.8 6.169 3.458 52.2 20.414521 89 178 1537.1 0.0 6.974 4.018 53.8 20.414521 89 179 1544.3 0.0 17.704 5.220 21.2 20.414521 89 180 1554.8 0.6 7.242 3.544 44.4 20.414521 89 181 1562.4 0.0 12.607 4.781 31.9 20.414521 89 182 1586.9 0.0 19.849 6.109 23.0 20.414521 89 183 1612.2 0.6 8.315 3.642 38.7 20.414521 89 184 1623.3 0.7 7.779 3.592 41.4 20.414521 89 185 1647.2 1.0 5.365 3.149 55.0 20.414521 89 186 1656.6 0.0 20.118 6.765 26.7 20.414521 89 187 1676.1 0.6 8.047 3.380 36.7 20.414521 89 188 1688.6 0.0 16.094 5.412 26.7 20.414521 89 189 1701.8 0.6 11.802 4.243 29.5 20.414521 89 190 1736.9 0.7 8.047 3.857 43.3 20.414521 89 191 ENDDATA 172 0 14521 89 192 ENDSUBENT 191 0 14521 8999999 SUBENT 14521090 20190306 148014521 90 1 BIB 4 15 14521 90 2 REACTION (72-HF-0(N,INL)72-HF-0,PAR,SIG,G,SPA,DEROT) Partial 14521 90 3 gamma-ray production cross section, relative to a 14521 90 4 specified gamma-line. 14521 90 5 SAMPLE Target was Hf, in elemental form, with natural 14521 90 6 abundance, and mass 11.5 g. Target was exposed for 14521 90 7 24.0 hours. 14521 90 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 90 9 relative to the normalization transition at 14521 90 10 214.0 keV, a convolution of three lines in 14521 90 11 178Hf, 179Hf, and 180Hf. 14521 90 12 STATUS (TABLE) Data received from A.Voyles and the 14521 90 13 authors of LBNL-1007259, using the methods it 14521 90 14 describes. Cross sections derived from gamma-ray 14521 90 15 intensities taken from table on pages 266-267 14521 90 16 of this work [1978DE41], as described in ANALYSIS. 14521 90 17 ENDBIB 15 0 14521 90 18 NOCOMMON 0 0 14521 90 19 DATA 6 67 14521 90 20 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 90 21 KEV KEV MB MB PER-CENT PER-CENT 14521 90 22 122.7 0.2 298.291 77.294 18.2 18.414521 90 23 136.8 0.5 108.469 45.339 37.5 18.414521 90 24 146.0 0.2 84.064 26.674 25.8 18.414521 90 25 160.8 0.3 62.370 15.819 17.4 18.414521 90 26 169.4 0.4 37.964 10.738 21.4 18.414521 90 27 175.5 0.0 108.469 29.524 20.0 18.414521 90 28 180.6 0.5 40.676 13.193 26.7 18.414521 90 29 193.2 0.6 70.505 20.837 23.1 18.414521 90 30 202.0 0.3 149.145 49.120 27.3 18.414521 90 31 208.0 0.6 325.408 101.132 25.0 18.414521 90 32 214.2 0.0 2711.733 500.656 0.0 18.414521 90 33 234.5 0.3 54.235 12.901 15.0 18.414521 90 34 249.2 0.3 146.434 30.245 9.3 18.414521 90 35 268.8 0.4 51.523 12.517 15.8 18.414521 90 36 272.9 0.4 48.811 12.141 16.7 18.414521 90 37 278.7 0.6 18.169 5.272 22.4 18.414521 90 38 289.3 0.8 9.220 2.758 23.5 18.414521 90 39 296.6 0.2 100.334 21.466 10.8 18.414521 90 40 303.9 0.3 197.957 41.183 9.6 18.414521 90 41 316.4 0.3 46.099 10.092 11.8 18.414521 90 42 325.6 0.2 254.903 54.315 10.6 18.414521 90 43 332.0 0.3 157.281 33.286 10.3 18.414521 90 44 339.0 0.0 97.622 21.036 11.1 18.414521 90 45 355.6 1.0 7.051 2.084 23.1 18.414521 90 46 363.6 1.0 7.864 2.390 24.1 18.414521 90 47 379.0 0.5 25.219 5.840 14.0 18.414521 90 48 395.5 0.4 32.541 8.094 16.7 18.414521 90 49 406.5 0.4 35.253 8.472 15.4 18.414521 90 50 421.7 0.7 11.118 2.987 19.5 18.414521 90 51 426.1 0.5 29.829 7.729 18.2 18.414521 90 52 433.9 0.5 27.117 7.381 20.0 18.414521 90 53 492.0 0.4 29.829 9.824 27.3 18.414521 90 54 508.2 0.5 406.760 154.995 33.3 18.414521 90 55 729.2 0.6 24.677 6.108 16.5 18.414521 90 56 735.1 0.8 16.270 5.057 25.0 18.414521 90 57 745.3 0.5 29.829 7.729 18.2 18.414521 90 58 759.6 0.0 27.117 7.381 20.0 18.414521 90 59 856.6 0.6 29.829 7.729 18.2 18.414521 90 60 874.5 0.7 16.542 4.084 16.4 18.414521 90 61 919.3 0.8 14.915 3.865 18.2 18.414521 90 62 970.8 0.7 18.440 4.710 17.6 18.414521 90 63 981.4 0.8 37.964 8.862 14.3 18.414521 90 64 1008.4 0.0 56.946 13.294 14.3 18.414521 90 65 1060.4 0.8 32.541 10.113 25.0 18.414521 90 66 1065.4 0.4 168.127 37.870 12.9 18.414521 90 67 1080.2 0.4 97.622 21.036 11.1 18.414521 90 68 1090.0 0.5 37.964 8.862 14.3 18.414521 90 69 1104.1 0.0 265.750 56.059 10.2 18.414521 90 70 1143.6 0.0 25.490 6.401 17.0 18.414521 90 71 1167.7 0.4 92.199 20.185 11.8 18.414521 90 72 1175.5 0.4 122.028 26.295 11.1 18.414521 90 73 1183.9 0.7 18.169 4.313 14.9 18.414521 90 74 1199.1 0.3 189.821 41.217 11.4 18.414521 90 75 1206.3 0.5 113.893 25.020 11.9 18.414521 90 76 1223.0 0.6 37.964 8.862 14.3 18.414521 90 77 1229.1 0.5 105.758 23.772 12.8 18.414521 90 78 1249.6 0.6 32.541 8.094 16.7 18.414521 90 79 1260.8 0.5 67.793 14.928 12.0 18.414521 90 80 1269.9 0.5 40.676 9.263 13.3 18.414521 90 81 1300.3 0.5 84.064 18.935 12.9 18.414521 90 82 1311.6 0.6 48.811 10.518 11.1 18.414521 90 83 1317.1 0.8 21.694 4.837 12.5 18.414521 90 84 1328.1 0.8 20.338 5.536 20.0 18.414521 90 85 1332.7 0.6 40.676 9.263 13.3 18.414521 90 86 1340.8 0.6 48.811 28.576 55.6 18.414521 90 87 1403.7 0.9 15.728 4.998 25.9 18.414521 90 88 1420.9 0.7 27.117 7.381 20.0 18.414521 90 89 ENDDATA 69 0 14521 90 90 ENDSUBENT 89 0 14521 9099999 SUBENT 14521091 20190306 148014521 91 1 BIB 4 14 14521 91 2 REACTION (73-TA-0(N,INL)73-TA-0,PAR,SIG,G,SPA,DEROT) Partial 14521 91 3 gamma-ray production cross section, relative to a 14521 91 4 specified gamma-line. 14521 91 5 SAMPLE Target was Ta, in Ta2O5 form, with natural 14521 91 6 abundance, and mass 20.0 g. Target was exposed for 14521 91 7 20.5 hours. 14521 91 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 91 9 relative to the normalization transition at 14521 91 10 482.0 keV in 181Ta. 14521 91 11 STATUS (TABLE) Data received from A.Voyles and the 14521 91 12 authors of LBNL-1007259, using the methods it 14521 91 13 describes. Cross sections derived from gamma-ray 14521 91 14 intensities taken from table on pages 268-269 14521 91 15 of this work [1978DE41], as described in ANALYSIS. 14521 91 16 ENDBIB 14 0 14521 91 17 NOCOMMON 0 0 14521 91 18 DATA 6 70 14521 91 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 91 20 KEV KEV MB MB PER-CENT PER-CENT 14521 91 21 136.25 0.0 3008.751 717.236 20.7 11.814521 91 22 152.52 0.1 696.240 170.624 21.4 11.814521 91 23 165.14 0.1 522.180 127.968 21.4 11.814521 91 24 179.2 0.2 236.224 57.115 21.1 11.814521 91 25 193.8 0.3 99.463 27.535 25.0 11.814521 91 26 205.19 0.1 67.137 13.745 16.7 11.814521 91 27 211.6 0.2 29.839 6.109 16.7 11.814521 91 28 221.6 0.6 9.946 3.913 37.5 11.814521 91 29 224.0 0.5 24.866 5.786 20.0 11.814521 91 30 230.8 0.3 21.136 4.498 17.6 11.814521 91 31 237.9 0.3 18.649 4.339 20.0 11.814521 91 32 245.4 0.3 19.893 4.417 18.7 11.814521 91 33 259.1 0.2 57.191 13.094 19.6 11.814521 91 34 288.48 0.1 68.381 13.832 16.4 11.814521 91 35 301.6 0.2 174.060 42.656 21.4 11.814521 91 36 330.3 0.3 29.839 7.158 20.8 11.814521 91 37 345.85 0.1 248.657 57.857 20.0 11.814521 91 38 359.1 0.4 80.814 17.746 18.5 11.814521 91 39 375.6 0.2 11.190 5.148 44.4 11.814521 91 40 383.8 0.8 1.243 0.639 50.0 11.814521 91 41 415.1 0.4 13.676 4.069 27.3 11.814521 91 42 435.4 0.4 39.785 8.833 18.7 11.814521 91 43 450.9 0.6 7.460 2.640 33.3 11.814521 91 44 455.3 0.5 22.379 5.640 22.2 11.814521 91 45 468.8 0.4 13.676 2.971 18.2 11.814521 91 46 482.09 0.1 1243.286 147.832 0.0 11.814521 91 47 530.3 0.5 2.362 0.571 21.1 11.814521 91 48 541.4 0.8 2.735 0.702 22.7 11.814521 91 49 545.1 0.4 19.893 4.417 18.7 11.814521 91 50 623.3 0.4 5.222 1.173 19.0 11.814521 91 51 638.9 0.4 7.211 1.410 15.5 11.814521 91 52 686.4 0.6 2.487 0.579 20.0 11.814521 91 53 704.8 1.0 33.569 6.377 14.8 11.814521 91 54 724.3 0.5 7.460 2.640 33.3 11.814521 91 55 728.7 0.5 3.730 1.204 30.0 11.814521 91 56 738.3 0.4 6.216 2.006 30.0 11.814521 91 57 789.7 0.2 9.946 2.753 25.0 11.814521 91 58 809.9 1.0 12.433 4.012 30.0 11.814521 91 59 865.0 0.8 12.433 4.012 30.0 11.814521 91 60 880.5 0.4 6.216 2.006 30.0 11.814521 91 61 886.2 0.3 9.946 2.753 25.0 11.814521 91 62 918.7 0.3 5.346 1.287 20.9 11.814521 91 63 988.4 0.2 24.866 8.024 30.0 11.814521 91 64 1023.6 0.5 6.589 2.138 30.2 11.814521 91 65 1079.9 0.3 23.622 5.712 21.1 11.814521 91 66 1090.5 0.4 3.979 1.215 28.1 11.814521 91 67 1141.5 0.3 21.136 4.498 17.6 11.814521 91 68 1159.8 0.3 26.109 5.863 19.0 11.814521 91 69 1173.6 0.4 13.676 2.971 18.2 11.814521 91 70 1213.0 0.3 21.136 4.498 17.6 11.814521 91 71 1244.8 0.2 22.379 4.582 16.7 11.814521 91 72 1259.4 0.2 13.676 2.971 18.2 11.814521 91 73 1274.8 1.0 4.724 1.252 23.7 11.814521 91 74 1279.8 0.8 7.460 2.640 33.3 11.814521 91 75 1308.6 0.4 11.190 3.960 33.3 11.814521 91 76 1336.3 1.0 5.843 1.874 29.8 11.814521 91 77 1342.0 1.0 5.470 1.742 29.5 11.814521 91 78 1382.5 0.2 23.622 5.712 21.1 11.814521 91 79 1397.6 0.8 5.222 1.731 31.0 11.814521 91 80 1413.2 0.5 9.946 2.753 25.0 11.814521 91 81 1426.7 0.3 32.325 8.392 23.1 11.814521 91 82 1444.2 1.0 7.460 2.640 33.3 11.814521 91 83 1609.9 0.6 5.719 1.869 30.4 11.814521 91 84 1616.5 0.6 5.097 1.610 29.3 11.814521 91 85 1636.7 1.0 5.843 1.874 29.8 11.814521 91 86 1643.3 1.0 6.216 2.006 30.0 11.814521 91 87 1670.2 0.5 5.346 1.737 30.2 11.814521 91 88 1746.3 0.5 6.092 2.001 30.6 11.814521 91 89 1763.2 1.0 4.849 1.599 30.8 11.814521 91 90 1864.6 1.0 3.233 1.183 34.6 11.814521 91 91 ENDDATA 72 0 14521 91 92 ENDSUBENT 91 0 14521 9199999 SUBENT 14521092 20190306 148014521 92 1 BIB 4 15 14521 92 2 REACTION (74-W-0(N,INL)74-W-0,PAR,SIG,G,SPA,DEROT) Partial 14521 92 3 gamma-ray production cross section, relative to a 14521 92 4 specified gamma-line. 14521 92 5 SAMPLE Target was W, in elemental form, with natural 14521 92 6 abundance, and mass 50.7 g. Target was exposed for 14521 92 7 21.3 hours. 14521 92 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 92 9 relative to the normalization transition at 14521 92 10 739.0 keV, a convolution of two lines in 14521 92 11 182W and 186W. 14521 92 12 STATUS (TABLE) Data received from A.Voyles and the 14521 92 13 authors of LBNL-1007259, using the methods it 14521 92 14 describes. Cross sections derived from gamma-ray 14521 92 15 intensities taken from table on pages 270-272 14521 92 16 of this work [1978DE41], as described in ANALYSIS. 14521 92 17 ENDBIB 15 0 14521 92 18 NOCOMMON 0 0 14521 92 19 DATA 6 123 14521 92 20 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 92 21 KEV KEV MB MB PER-CENT PER-CENT 14521 92 22 145.2 0.4 25.845 10.192 37.5 12.114521 92 23 152.6 0.3 15.184 3.447 19.1 12.114521 92 24 161.6 0.2 109.840 29.111 23.5 12.114521 92 25 183.0 0.3 22.614 7.025 28.6 12.114521 92 26 197.5 0.5 11.630 3.235 25.0 12.114521 92 27 203.3 0.4 19.384 6.880 33.3 12.114521 92 28 209.2 0.5 45.228 11.152 21.4 12.114521 92 29 214.9 0.2 206.757 40.985 15.6 12.114521 92 30 228.8 0.0 407.054 81.488 15.9 12.114521 92 31 245.8 0.3 41.998 13.901 30.8 12.114521 92 32 252.85 0.0 355.364 65.019 13.6 12.114521 92 33 273.89 0.1 251.986 44.593 12.8 12.114521 92 34 293.2 0.0 58.151 12.010 16.7 12.114521 92 35 307.6 0.0 90.456 19.562 17.9 12.114521 92 36 313.2 0.3 87.226 19.343 18.5 12.114521 92 37 318.0 0.4 61.381 14.935 21.1 12.114521 92 38 339.1 0.5 19.384 6.880 33.3 12.114521 92 39 351.2 0.3 29.075 10.320 33.3 12.114521 92 40 354.5 0.6 7.107 2.123 27.3 12.114521 92 41 359.4 0.4 5.815 1.474 22.2 12.114521 92 42 365.7 0.3 5.169 1.438 25.0 12.114521 92 43 384.0 0.2 38.767 10.784 25.0 12.114521 92 44 412.6 0.5 22.614 7.025 28.6 12.114521 92 45 418.4 0.3 23.583 5.635 20.5 12.114521 92 46 465.5 0.3 8.723 1.934 18.5 12.114521 92 47 537.0 0.3 11.307 2.649 20.0 12.114521 92 48 545.3 0.4 16.153 3.784 20.0 12.114521 92 49 556.1 0.3 2.908 1.032 33.3 12.114521 92 50 579.9 0.2 5.169 1.156 18.7 12.114521 92 51 609.7 0.8 29.075 10.320 33.3 12.114521 92 52 615.2 0.15 197.066 28.962 8.2 12.114521 92 53 633.8 0.2 14.861 5.174 32.6 12.114521 92 54 641.9 0.2 10.661 1.622 9.1 12.114521 92 55 652.9 0.5 3.554 1.363 36.4 12.114521 92 56 679.6 0.5 6.461 1.514 20.0 12.114521 92 57 684.3 0.5 7.430 1.578 17.4 12.114521 92 58 708.5 0.6 6.784 2.714 38.1 12.114521 92 59 714.8 0.5 5.815 1.764 27.8 12.114521 92 60 724.4 0.3 9.046 2.230 21.4 12.114521 92 61 738.7 0.0 323.058 39.409 0.0 12.114521 92 62 760.0 0.0 48.459 8.757 13.3 12.114521 92 63 769.5 0.2 27.783 4.074 8.1 12.114521 92 64 792.07 0.0 151.837 22.584 8.5 12.114521 92 65 801.2 0.2 10.661 2.609 21.2 12.114521 92 66 807.5 0.4 10.338 2.312 18.7 12.114521 92 67 816.8 0.2 3.877 1.376 33.3 12.114521 92 68 858.1 0.2 6.784 1.535 19.0 12.114521 92 69 883.9 0.5 18.091 6.220 32.1 12.114521 92 70 888.0 0.0 32.306 10.462 30.0 12.114521 92 71 894.6 0.2 155.068 24.874 10.4 12.114521 92 72 903.2 0.2 145.376 21.943 8.9 12.114521 92 73 907.5 0.5 29.075 10.320 33.3 12.114521 92 74 921.3 0.2 19.384 3.272 11.7 12.114521 92 75 929.2 0.0 23.906 3.897 10.8 12.114521 92 76 942.6 0.4 6.784 1.535 19.0 12.114521 92 77 953.2 0.4 4.200 1.096 23.1 12.114521 92 78 960.3 0.4 4.200 1.096 23.1 12.114521 92 79 968.9 0.4 3.231 1.046 30.0 12.114521 92 80 996.0 0.3 9.369 1.979 17.2 12.114521 92 81 1002.4 0.4 10.661 2.074 15.2 12.114521 92 82 1010.4 0.2 24.229 4.146 12.0 12.114521 92 83 1022.4 0.2 19.060 3.723 15.3 12.114521 92 84 1029.3 0.5 12.599 2.474 15.4 12.114521 92 85 1035.5 0.2 21.968 3.723 11.8 12.114521 92 86 1061.8 0.0 8.400 1.913 19.2 12.114521 92 87 1076.2 0.4 2.908 1.032 33.3 12.114521 92 88 1100.7 0.8 2.261 1.008 42.9 12.114521 92 89 1112.7 0.0 17.445 5.293 27.8 12.114521 92 90 1121.4 0.2 96.918 15.287 10.0 12.114521 92 91 1157.6 0.4 17.768 3.373 14.5 12.114521 92 92 1162.5 0.0 13.245 2.523 14.6 12.114521 92 93 1174.8 0.5 6.461 2.092 30.0 12.114521 92 94 1180.8 0.3 9.046 2.516 25.0 12.114521 92 95 1189.2 0.2 21.968 3.506 10.3 12.114521 92 96 1210.8 0.4 4.846 1.720 33.3 12.114521 92 97 1221.45 0.15 71.073 13.004 13.6 12.114521 92 98 1230.9 0.15 54.920 9.307 11.8 12.114521 92 99 1257.8 0.0 33.921 5.670 11.4 12.114521 92 100 1275.3 0.2 17.122 2.850 11.3 12.114521 92 101 1285.4 0.4 10.984 2.911 23.5 12.114521 92 102 1293.9 0.0 12.922 3.027 20.0 12.114521 92 103 1313.8 0.5 13.892 3.648 23.3 12.114521 92 104 1319.6 0.4 11.953 3.544 27.0 12.114521 92 105 1334.1 0.0 9.046 3.110 32.1 12.114521 92 106 1342.6 0.5 7.430 2.739 34.8 12.114521 92 107 1386.6 0.4 9.692 2.270 20.0 12.114521 92 108 1411.4 0.0 20.353 3.358 11.1 12.114521 92 109 1426.4 0.4 4.523 1.115 21.4 12.114521 92 110 1432.1 0.4 6.784 1.274 14.3 12.114521 92 111 1440.1 0.4 8.723 1.674 14.8 12.114521 92 112 1473.6 0.8 2.261 1.008 42.9 12.114521 92 113 1485.3 0.5 2.584 1.019 37.5 12.114521 92 114 1503.2 0.0 5.815 2.064 33.3 12.114521 92 115 1509.7 0.0 4.846 2.026 40.0 12.114521 92 116 1523.1 0.0 2.908 1.032 33.3 12.114521 92 117 1530.2 0.5 3.231 1.046 30.0 12.114521 92 118 1555.8 0.6 2.584 1.330 50.0 12.114521 92 119 1562.5 0.6 5.815 2.370 38.9 12.114521 92 120 1570.9 0.6 4.846 1.720 33.3 12.114521 92 121 1586.5 0.4 7.430 1.578 17.4 12.114521 92 122 1599.2 0.7 4.523 1.707 35.7 12.114521 92 123 1614.1 0.7 2.908 1.032 33.3 12.114521 92 124 1629.4 0.5 9.692 2.270 20.0 12.114521 92 125 1733.3 0.6 3.877 1.078 25.0 12.114521 92 126 1745.6 0.6 3.877 0.801 16.7 12.114521 92 127 1756.2 0.4 9.046 1.469 10.7 12.114521 92 128 1769.5 0.8 2.261 1.008 42.9 12.114521 92 129 1797.2 0.8 3.554 1.062 27.3 12.114521 92 130 1817.3 0.8 8.400 2.193 23.1 12.114521 92 131 1836.8 0.8 2.908 1.340 44.4 12.114521 92 132 1856.7 0.4 11.953 2.967 21.6 12.114521 92 133 1869.9 0.6 5.492 1.456 23.5 12.114521 92 134 1878.0 0.0 5.815 1.474 22.2 12.114521 92 135 1912.6 1.0 2.261 1.008 42.9 12.114521 92 136 1948.9 0.0 12.276 2.987 21.1 12.114521 92 137 1983.8 0.8 2.584 1.330 50.0 12.114521 92 138 1995.2 0.8 6.461 2.092 30.0 12.114521 92 139 2004.4 0.0 3.877 1.995 50.0 12.114521 92 140 2014.5 0.8 6.461 1.797 25.0 12.114521 92 141 2048.8 0.8 2.908 1.340 44.4 12.114521 92 142 2057.7 0.8 2.908 1.340 44.4 12.114521 92 143 2166.6 0.8 3.231 1.351 40.0 12.114521 92 144 2184.0 0.8 3.877 1.376 33.3 12.114521 92 145 ENDDATA 125 0 14521 92 146 ENDSUBENT 145 0 14521 9299999 SUBENT 14521093 20190306 148014521 93 1 BIB 4 19 14521 93 2 REACTION (74-W-182(N,INL)74-W-182,PAR,SIG,G,SPA,DEROT) Partial 14521 93 3 gamma-ray production cross section, relative to a 14521 93 4 specified gamma-line. 14521 93 5 SAMPLE Target was W, in elemental form, enriched in 14521 93 6 182W, with mass 8.0 g. Target was exposed for 14521 93 7 21.3 hours. 14521 93 8 (74-W-180,ENR=0.0003) 14521 93 9 (74-W-182,ENR=0.9160) 14521 93 10 (74-W-183,ENR=0.0503) 14521 93 11 (74-W-184,ENR=0.0246) 14521 93 12 (74-W-186,ENR=0.0091) 14521 93 13 ANALYSIS Partial gamma-ray cross sections are reported 14521 93 14 relative to the normalization transition at 14521 93 15 1121.32 keV in 182W. 14521 93 16 STATUS (TABLE) Data received from A.Voyles and the 14521 93 17 authors of LBNL-1007259, using the methods it 14521 93 18 describes. Cross sections derived from gamma-ray 14521 93 19 intensities taken from table on pages 272-276 14521 93 20 of this work [1978DE41], as described in ANALYSIS. 14521 93 21 ENDBIB 19 0 14521 93 22 NOCOMMON 0 0 14521 93 23 DATA 6 125 14521 93 24 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 93 25 KEV KEV MB MB PER-CENT PER-CENT 14521 93 26 67.8 0.5 0.000 0.000 33.3 15.714521 93 27 100.0 0.3 1799.759 449.843 19.4 15.714521 93 28 152.4 0.2 39.736 10.742 22.0 15.714521 93 29 156.5 0.4 16.476 5.499 29.4 15.714521 93 30 170.6 0.8 2.423 0.779 28.0 15.714521 93 31 178.2 0.5 10.661 4.226 36.4 15.714521 93 32 221.7 0.3 7.753 2.889 33.8 15.714521 93 33 229.2 0.15 286.876 53.795 10.1 15.714521 93 34 256.2 0.3 4.652 1.543 29.2 15.714521 93 35 264.0 0.2 2.908 0.667 16.7 15.714521 93 36 280.6 0.3 1.938 0.744 35.0 15.714521 93 37 286.3 0.2 1.163 0.429 33.3 15.714521 93 38 300.4 0.3 0.950 0.380 36.7 15.714521 93 39 351.04 0.0 36.829 7.566 13.2 15.714521 93 40 365.6 0.2 2.811 0.810 24.1 15.714521 93 41 434.3 0.2 2.811 0.810 24.1 15.714521 93 42 449.8 0.3 1.551 0.721 43.7 15.714521 93 43 463.9 0.4 2.423 0.779 28.0 15.714521 93 44 470.4 0.5 2.617 0.965 33.3 15.714521 93 45 524.2 0.3 2.811 0.657 17.2 15.714521 93 46 544.2 0.15 5.718 1.255 15.3 15.714521 93 47 556.7 0.3 1.745 0.557 27.8 15.714521 93 48 564.0 0.8 3.683 1.048 23.7 15.714521 93 49 573.8 0.8 1.163 0.429 33.3 15.714521 93 50 586.0 0.8 0.688 0.283 38.0 15.714521 93 51 622.8 0.8 1.066 0.423 36.4 15.714521 93 52 627.5 0.4 3.683 0.893 18.4 15.714521 93 53 650.7 0.3 1.745 0.557 27.8 15.714521 93 54 666.4 0.4 0.950 0.380 36.7 15.714521 93 55 678.2 0.6 1.551 0.458 25.0 15.714521 93 56 723.8 0.7 0.766 0.288 34.2 15.714521 93 57 733.5 0.8 0.688 0.365 50.7 15.714521 93 58 744.6 0.8 1.938 0.573 25.0 15.714521 93 59 777.6 1.0 0.756 0.369 46.2 15.714521 93 60 786.5 1.0 0.523 0.274 50.0 15.714521 93 61 798.2 0.4 3.101 0.836 21.9 15.714521 93 62 809.5 0.8 0.688 0.365 50.7 15.714521 93 63 817.0 1.0 0.950 0.380 36.7 15.714521 93 64 831.0 1.0 2.811 0.810 24.1 15.714521 93 65 835.9 0.6 1.066 0.423 36.4 15.714521 93 66 888.8 0.5 2.229 0.599 21.7 15.714521 93 67 894.3 0.8 4.167 2.139 48.8 15.714521 93 68 900.5 0.8 3.489 0.874 19.4 15.714521 93 69 909.7 0.6 1.551 0.721 43.7 15.714521 93 70 927.9 0.2 15.507 3.121 12.5 15.714521 93 71 942.5 0.5 3.974 0.792 12.2 15.714521 93 72 952.3 0.6 0.950 0.302 27.6 15.714521 93 73 959.6 0.3 2.229 0.599 21.7 15.714521 93 74 979.1 0.4 1.551 0.458 25.0 15.714521 93 75 1001.6 0.2 12.309 2.315 10.2 15.714521 93 76 1035.6 0.12 27.137 5.175 10.7 15.714521 93 77 1066.0 1.0 0.523 0.274 50.0 15.714521 93 78 1075.8 0.5 2.229 0.599 21.7 15.714521 93 79 1088.6 0.4 0.863 0.295 30.3 15.714521 93 80 1101.1 0.3 1.745 0.475 22.2 15.714521 93 81 1113.5 0.3 16.476 3.243 11.8 15.714521 93 82 1121.32 0.0 96.918 15.291 0.0 15.714521 93 83 1157.42 0.12 18.511 3.220 7.3 15.714521 93 84 1180.7 0.2 12.987 2.227 6.7 15.714521 93 85 1189.08 0.1 25.199 4.423 7.7 15.714521 93 86 1221.45 0.1 76.565 12.686 5.1 15.714521 93 87 1231.03 0.1 57.181 9.478 5.1 15.714521 93 88 1257.45 0.15 29.075 4.980 6.7 15.714521 93 89 1273.8 0.3 2.229 0.523 17.4 15.714521 93 90 1289.5 0.8 2.617 0.794 25.9 15.714521 93 91 1294.0 0.3 11.436 2.147 10.2 15.714521 93 92 1342.8 0.2 8.626 1.616 10.1 15.714521 93 93 1410.4 0.3 6.397 1.216 10.6 15.714521 93 94 1426.9 0.5 2.035 0.581 23.8 15.714521 93 95 1438.1 0.4 2.617 0.637 18.5 15.714521 93 96 1446.1 0.8 1.938 0.573 25.0 15.714521 93 97 1468.0 1.0 1.745 0.557 27.8 15.714521 93 98 1503.8 1.0 1.066 0.513 45.5 15.714521 93 99 1510.4 1.0 1.066 0.513 45.5 15.714521 93 100 1521.0 1.0 1.066 0.423 36.4 15.714521 93 101 1527.0 1.0 0.523 0.274 50.0 15.714521 93 102 1544.8 0.8 1.163 0.429 33.3 15.714521 93 103 1558.5 0.4 2.035 0.581 23.8 15.714521 93 104 1588.7 1.0 1.163 0.518 41.7 15.714521 93 105 1614.0 1.0 1.551 0.543 31.2 15.714521 93 106 1629.8 0.2 7.269 1.566 14.7 15.714521 93 107 1649.7 1.0 1.066 0.423 36.4 15.714521 93 108 1653.1 0.8 2.423 0.779 28.0 15.714521 93 109 1662.2 0.5 3.101 0.836 21.9 15.714521 93 110 1672.6 1.0 1.454 0.536 33.3 15.714521 93 111 1688.3 1.0 1.551 0.543 31.2 15.714521 93 112 1714.0 1.0 0.872 0.411 44.4 15.714521 93 113 1733.0 0.6 2.229 0.599 21.7 15.714521 93 114 1745.6 0.4 4.458 1.121 19.6 15.714521 93 115 1756.1 0.3 8.626 2.448 23.6 15.714521 93 116 1757.0 0.6 2.617 0.794 25.9 15.714521 93 117 1771.1 0.4 3.489 0.874 19.4 15.714521 93 118 1813.6 1.0 2.520 0.786 26.9 15.714521 93 119 1818.5 0.4 8.141 1.733 14.3 15.714521 93 120 1833.0 2.0 0.523 0.359 66.7 15.714521 93 121 1843.0 2.0 0.688 0.283 38.0 15.714521 93 122 1856.7 0.6 7.463 2.105 23.4 15.714521 93 123 1859.1 0.8 5.234 1.930 33.3 15.714521 93 124 1871.1 0.5 3.683 0.893 18.4 15.714521 93 125 1877.5 0.8 1.454 0.536 33.3 15.714521 93 126 1879.6 1.0 1.066 1.079 100.0 15.714521 93 127 1881.8 0.8 2.908 0.667 16.7 15.714521 93 128 1915.3 1.2 1.551 0.543 31.2 15.714521 93 129 1944.6 0.8 1.066 0.513 45.5 15.714521 93 130 1956.4 0.8 3.101 1.000 28.1 15.714521 93 131 1960.2 1.0 0.969 0.417 40.0 15.714521 93 132 1990.7 0.8 1.551 0.543 31.2 15.714521 93 133 2010.2 0.8 0.620 0.362 56.2 15.714521 93 134 2016.0 0.6 3.974 1.074 22.0 15.714521 93 135 2048.0 0.8 3.683 0.893 18.4 15.714521 93 136 2057.4 1.0 1.357 0.530 35.7 15.714521 93 137 2067.0 1.0 1.938 0.744 35.0 15.714521 93 138 2074.0 0.8 2.229 0.599 21.7 15.714521 93 139 2084.2 1.0 0.349 0.183 50.0 15.714521 93 140 2109.1 0.4 3.101 0.689 15.6 15.714521 93 141 2139.4 1.0 1.938 0.573 25.0 15.714521 93 142 2145.4 1.2 1.260 0.524 38.5 15.714521 93 143 2185.4 1.0 2.035 0.581 23.8 15.714521 93 144 2208.8 0.6 2.423 0.617 20.0 15.714521 93 145 2231.7 1.2 1.163 0.429 33.3 15.714521 93 146 2283.5 1.0 2.423 0.779 28.0 15.714521 93 147 2294.7 1.2 1.551 0.543 31.2 15.714521 93 148 2312.0 2.0 1.163 0.518 41.7 15.714521 93 149 2428.6 1.0 2.035 0.751 33.3 15.714521 93 150 2474.0 2.0 1.163 0.518 41.7 15.714521 93 151 ENDDATA 127 0 14521 93 152 ENDSUBENT 151 0 14521 9399999 SUBENT 14521094 20190306 148014521 94 1 BIB 4 19 14521 94 2 REACTION (74-W-184(N,INL)74-W-184,PAR,SIG,G,SPA,DEROT) Partial 14521 94 3 gamma-ray production cross section, relative to a 14521 94 4 specified gamma-line. 14521 94 5 SAMPLE Target was W, in elemental form, enriched in 14521 94 6 184W, with mass 10.0 g. Target was exposed for 14521 94 7 21.3 hours. 14521 94 8 (74-W-180,ENR=0.0002) 14521 94 9 (74-W-182,ENR=0.0060) 14521 94 10 (74-W-183,ENR=0.0098) 14521 94 11 (74-W-184,ENR=0.9630) 14521 94 12 (74-W-186,ENR=0.0212) 14521 94 13 ANALYSIS Partial gamma-ray cross sections are reported 14521 94 14 relative to the normalization transition at 14521 94 15 903.282 keV in 184W. 14521 94 16 STATUS (TABLE) Data received from A.Voyles and the 14521 94 17 authors of LBNL-1007259, using the methods it 14521 94 18 describes. Cross sections derived from gamma-ray 14521 94 19 intensities taken from table on pages 277-280 14521 94 20 of this work [1978DE41], as described in ANALYSIS. 14521 94 21 ENDBIB 19 0 14521 94 22 NOCOMMON 0 0 14521 94 23 DATA 6 71 14521 94 24 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 94 25 KEV KEV MB MB PER-CENT PER-CENT 14521 94 26 111.21 0.1 1248.782 288.228 17.5 15.014521 94 27 146.0 0.4 2.617 1.092 38.9 15.014521 94 28 161.27 0.1 8.723 4.556 50.0 15.014521 94 29 203.5 0.5 4.652 1.359 25.0 15.014521 94 30 210.7 0.5 10.176 3.288 28.6 15.014521 94 31 215.21 0.1 50.882 15.171 25.7 15.014521 94 32 226.74 0.1 151.191 31.563 14.4 15.014521 94 33 238.8 0.6 2.617 0.827 27.8 15.014521 94 34 252.85 0.0 407.054 95.173 17.9 15.014521 94 35 295.35 0.1 30.529 11.171 33.3 15.014521 94 36 318.04 0.1 82.864 18.100 15.8 15.014521 94 37 339.45 0.1 27.621 9.668 31.6 15.014521 94 38 352.0 0.5 2.471 0.817 29.4 15.014521 94 39 359.4 0.3 6.978 1.680 18.8 15.014521 94 40 384.27 0.1 50.882 9.633 11.4 15.014521 94 41 418.4 0.6 5.815 3.037 50.0 15.014521 94 42 460.2 0.5 2.908 1.243 40.0 15.014521 94 43 527.8 0.4 1.890 0.648 30.8 15.014521 94 44 536.85 0.1 9.304 2.473 21.9 15.014521 94 45 607.9 0.4 5.379 1.540 24.3 15.014521 94 46 641.915 0.0 15.991 3.779 18.2 15.014521 94 47 646.4 0.6 2.617 1.228 44.4 15.014521 94 48 655.5 0.3 4.361 1.465 30.0 15.014521 94 49 711.0 0.5 10.176 4.624 42.9 15.014521 94 50 724.7 0.2 12.212 3.083 20.2 15.014521 94 51 757.6 0.3 17.445 3.923 16.7 15.014521 94 52 763.6 0.6 5.524 2.335 39.5 15.014521 94 53 769.7 0.2 33.437 8.849 21.7 15.014521 94 54 792.08 0.1 171.544 31.220 10.2 15.014521 94 55 810.4 0.3 2.181 0.668 26.7 15.014521 94 56 891.4 1.5 26.168 9.575 33.3 15.014521 94 57 894.77 0.1 148.284 36.691 19.6 15.014521 94 58 903.282 0.0 145.376 21.941 0.0 15.014521 94 59 921.0 0.1 18.899 4.073 15.4 15.014521 94 60 930.87 0.1 14.102 3.487 19.6 15.014521 94 61 938.9 0.8 1.308 0.479 33.3 15.014521 94 62 981.1 0.5 3.344 1.402 39.1 15.014521 94 63 996.3 0.2 10.903 2.732 20.0 15.014521 94 64 1010.4 0.3 33.437 8.849 21.7 15.014521 94 65 1022.6 0.2 23.260 6.793 25.0 15.014521 94 66 1060.5 1.0 2.908 1.243 40.0 15.014521 94 67 1110.4 0.3 8.723 3.192 33.3 15.014521 94 68 1121.4 1.0 7.269 3.108 40.0 15.014521 94 69 1160.6 0.6 7.269 3.108 40.0 15.014521 94 70 1173.4 1.0 5.815 2.351 37.5 15.014521 94 71 1211.0 1.0 0.436 0.066 0.0 15.014521 94 72 1260.6 0.5 6.397 1.403 15.9 15.014521 94 73 1275.2 0.2 14.102 2.498 9.3 15.014521 94 74 1313.6 0.5 13.084 4.788 33.3 15.014521 94 75 1319.3 0.5 13.084 4.788 33.3 15.014521 94 76 1386.4 0.2 9.886 1.806 10.3 15.014521 94 77 1412.4 0.2 12.357 2.198 9.4 15.014521 94 78 1431.0 0.4 11.630 4.701 37.5 15.014521 94 79 1475.7 0.8 2.181 1.209 53.3 15.014521 94 80 1501.8 0.9 1.308 0.614 44.4 15.014521 94 81 1504.0 0.9 1.308 0.614 44.4 15.014521 94 82 1530.5 0.8 0.872 0.456 50.0 15.014521 94 83 1571.5 0.8 2.617 1.367 50.0 15.014521 94 84 1699.1 0.0 1.454 0.899 60.0 15.014521 94 85 1766.5 1.5 1.308 0.894 66.7 15.014521 94 86 1783.6 0.6 2.035 0.658 28.6 15.014521 94 87 1808.4 1.0 1.454 0.759 50.0 15.014521 94 88 1949.1 0.0 6.106 2.367 35.7 15.014521 94 89 1995.9 1.5 3.344 1.402 39.1 15.014521 94 90 2004.6 0.0 5.088 1.517 25.7 15.014521 94 91 2014.0 1.0 1.745 0.638 33.3 15.014521 94 92 2035.7 1.2 1.745 0.773 41.7 15.014521 94 93 2056.6 1.4 2.617 1.092 38.9 15.014521 94 94 2080.6 1.6 1.599 0.905 54.5 15.014521 94 95 2087.5 1.6 2.326 1.215 50.0 15.014521 94 96 2097.7 1.6 2.617 1.367 50.0 15.014521 94 97 ENDDATA 73 0 14521 94 98 ENDSUBENT 97 0 14521 9499999 SUBENT 14521095 20190306 148014521 95 1 BIB 4 19 14521 95 2 REACTION (74-W-186(N,INL)74-W-186,PAR,SIG,G,SPA,DEROT) Partial 14521 95 3 gamma-ray production cross section, relative to a 14521 95 4 specified gamma-line. 14521 95 5 SAMPLE Target was W, in elemental form, enriched in 14521 95 6 186W, with mass 10.0 g. Target was exposed for 14521 95 7 21.3 hours. 14521 95 8 (74-W-180,ENR=0.0004) 14521 95 9 (74-W-182,ENR=0.0055) 14521 95 10 (74-W-183,ENR=0.0035) 14521 95 11 (74-W-184,ENR=0.0180) 14521 95 12 (74-W-186,ENR=0.09730) 14521 95 13 ANALYSIS Partial gamma-ray cross sections are reported 14521 95 14 relative to the normalization transition at 14521 95 15 738.4 keV in 186W. 14521 95 16 STATUS (TABLE) Data received from A.Voyles and the 14521 95 17 authors of LBNL-1007259, using the methods it 14521 95 18 describes. Cross sections derived from gamma-ray 14521 95 19 intensities taken from table on pages 281-284 14521 95 20 of this work [1978DE41], as described in ANALYSIS. 14521 95 21 ENDBIB 19 0 14521 95 22 NOCOMMON 0 0 14521 95 23 DATA 6 82 14521 95 24 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 95 25 KEV KEV MB MB PER-CENT PER-CENT 14521 95 26 122.3 0.1 542.738 159.742 26.8 12.114521 95 27 164.8 0.3 8.400 1.913 19.2 12.114521 95 28 183.0 0.3 29.075 7.371 22.2 12.114521 95 29 197.4 0.5 5.169 2.348 43.7 12.114521 95 30 214.6 0.3 174.452 52.926 27.8 12.114521 95 31 218.0 0.5 12.922 4.185 30.0 12.114521 95 32 273.94 0.1 245.524 56.967 19.7 12.114521 95 33 292.6 0.3 3.877 0.801 16.7 12.114521 95 34 308.0 0.0 100.148 15.594 9.7 12.114521 95 35 315.4 0.3 7.107 1.556 18.2 12.114521 95 36 335.0 0.3 3.554 1.062 27.3 12.114521 95 37 343.6 0.4 2.584 1.019 37.5 12.114521 95 38 391.3 0.4 3.877 1.376 33.3 12.114521 95 39 401.2 0.4 2.164 0.911 40.3 12.114521 95 40 412.2 0.3 12.922 3.027 20.0 12.114521 95 41 418.4 0.5 5.815 1.474 22.2 12.114521 95 42 440.9 0.0 2.908 1.032 33.3 12.114521 95 43 456.9 0.4 4.200 1.390 30.8 12.114521 95 44 465.56 0.1 12.599 2.474 15.4 12.114521 95 45 486.5 0.4 1.615 0.675 40.0 12.114521 95 46 547.3 0.3 5.169 1.156 18.7 12.114521 95 47 567.0 0.8 8.723 3.096 33.3 12.114521 95 48 579.7 0.2 7.107 2.422 31.8 12.114521 95 49 590.6 0.9 2.261 1.008 42.9 12.114521 95 50 610.1 0.5 29.075 10.320 33.3 12.114521 95 51 615.3 0.1 190.604 32.435 11.9 12.114521 95 52 633.7 0.4 15.507 3.203 16.7 12.114521 95 53 649.6 1.0 0.678 0.271 38.1 12.114521 95 54 658.4 0.3 0.969 0.657 66.7 12.114521 95 55 679.5 1.0 2.908 1.340 44.4 12.114521 95 56 683.8 1.0 7.107 3.034 40.9 12.114521 95 57 714.4 0.2 7.753 1.601 16.7 12.114521 95 58 738.4 0.0 323.058 39.409 0.0 12.114521 95 59 759.4 0.1 29.398 4.617 9.9 12.114521 95 60 773.3 0.5 4.846 2.651 53.3 12.114521 95 61 799.8 0.4 10.661 2.609 21.2 12.114521 95 62 807.1 1.5 10.015 2.859 25.8 12.114521 95 63 830.0 0.4 4.200 1.390 30.8 12.114521 95 64 858.9 1.0 1.938 0.998 50.0 12.114521 95 65 884.11 0.1 18.737 2.997 10.3 12.114521 95 66 907.7 0.2 22.614 7.025 28.6 12.114521 95 67 919.9 1.5 3.231 1.351 40.0 12.114521 95 68 922.8 0.6 7.753 2.752 33.3 12.114521 95 69 930.4 0.8 2.068 0.939 43.8 12.114521 95 70 941.7 0.5 1.712 0.803 45.3 12.114521 95 71 948.6 0.5 1.163 0.474 38.9 12.114521 95 72 968.8 0.6 2.261 1.008 42.9 12.114521 95 73 985.8 0.5 2.908 1.340 44.4 12.114521 95 74 1030.4 0.2 14.861 2.428 10.9 12.114521 95 75 1060.8 0.0 3.554 1.363 36.4 12.114521 95 76 1074.6 0.8 1.292 0.665 50.0 12.114521 95 77 1083.8 0.4 2.908 1.340 44.4 12.114521 95 78 1098.4 1.5 1.292 0.665 50.0 12.114521 95 79 1163.3 0.2 10.338 1.806 12.5 12.114521 95 80 1176.3 0.2 4.846 1.135 20.0 12.114521 95 81 1194.9 1.5 0.969 0.405 40.0 12.114521 95 82 1212.0 0.5 3.877 1.376 33.3 12.114521 95 83 1228.9 0.3 4.846 1.135 20.0 12.114521 95 84 1246.8 0.6 1.938 0.688 33.3 12.114521 95 85 1257.2 0.7 1.292 0.665 50.0 12.114521 95 86 1286.1 0.3 8.400 1.913 19.2 12.114521 95 87 1298.0 1.5 1.292 0.665 50.0 12.114521 95 88 1314.8 0.5 2.584 1.330 50.0 12.114521 95 89 1329.6 1.5 3.554 1.363 36.4 12.114521 95 90 1334.3 1.0 7.430 3.046 39.1 12.114521 95 91 1376.0 0.0 1.292 0.665 50.0 12.114521 95 92 1411.1 0.3 5.492 1.456 23.5 12.114521 95 93 1441.5 0.2 7.430 1.852 21.7 12.114521 95 94 1475.8 0.8 1.938 0.998 50.0 12.114521 95 95 1483.8 0.8 2.584 1.330 50.0 12.114521 95 96 1564.1 1.0 4.523 1.405 28.6 12.114521 95 97 1587.9 0.0 6.461 2.092 30.0 12.114521 95 98 1599.6 1.6 3.231 1.663 50.0 12.114521 95 99 1658.7 1.9 1.292 0.665 50.0 12.114521 95 100 1711.9 0.8 1.292 0.665 50.0 12.114521 95 101 1871.8 1.0 1.292 0.665 50.0 12.114521 95 102 1937.9 1.0 1.615 0.675 40.0 12.114521 95 103 1945.1 1.7 1.615 0.675 40.0 12.114521 95 104 1982.0 1.5 1.938 0.688 33.3 12.114521 95 105 1992.7 1.7 1.938 0.998 50.0 12.114521 95 106 2120.1 1.0 1.615 0.675 40.0 12.114521 95 107 2148.1 1.5 1.292 0.665 50.0 12.114521 95 108 ENDDATA 84 0 14521 95 109 ENDSUBENT 108 0 14521 9599999 SUBENT 14521096 20190306 148014521 96 1 BIB 4 15 14521 96 2 REACTION (75-RE-0(N,INL)75-RE-0,PAR,SIG,G,SPA,DEROT) Partial 14521 96 3 gamma-ray production cross section, relative to a 14521 96 4 specified gamma-line. 14521 96 5 SAMPLE Target was Re, in elemental form, with natural 14521 96 6 abundance, and mass 23.0 g. Target was exposed for 14521 96 7 25.0 hours. 14521 96 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 96 9 relative to the normalization transition at 14521 96 10 646.0 keV, a convolution of two lines in 14521 96 11 185Re and 187Re. 14521 96 12 STATUS (TABLE) Data received from A.Voyles and the 14521 96 13 authors of LBNL-1007259, using the methods it 14521 96 14 describes. Cross sections derived from gamma-ray 14521 96 15 intensities taken from table on pages 284-287 14521 96 16 of this work [1978DE41], as described in ANALYSIS. 14521 96 17 ENDBIB 15 0 14521 96 18 NOCOMMON 0 0 14521 96 19 DATA 6 98 14521 96 20 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 96 21 KEV KEV MB MB PER-CENT PER-CENT 14521 96 22 125.4 0.15 648.075 125.151 12.1 15.014521 96 23 134.247 0.0 947.638 184.865 12.4 15.014521 96 24 154.8 0.8 31.327 10.868 31.2 15.014521 96 25 159.0 0.2 205.583 38.871 11.4 15.014521 96 26 169.7 0.2 291.732 56.329 12.1 15.014521 96 27 177.7 1.0 74.401 26.031 31.6 15.014521 96 28 182.1 0.3 156.634 30.659 12.5 15.014521 96 29 191.3 0.3 68.528 12.957 11.4 15.014521 96 30 205.0 0.6 43.074 11.744 22.7 15.014521 96 31 206.3 0.6 35.243 12.891 33.3 15.014521 96 32 221.4 0.6 10.377 3.855 34.0 15.014521 96 33 227.3 0.7 6.461 3.280 48.5 15.014521 96 34 236.4 0.3 70.485 13.193 11.1 15.014521 96 35 242.9 0.2 358.301 60.532 7.7 15.014521 96 36 277.9 0.8 9.790 4.184 40.0 15.014521 96 37 284.2 0.4 16.838 3.457 14.0 15.014521 96 38 303.9 0.3 35.243 6.597 11.1 15.014521 96 39 351.0 0.4 19.579 4.902 20.0 15.014521 96 40 361.1 0.4 11.748 2.941 20.0 15.014521 96 41 374.5 0.3 48.948 9.427 12.0 15.014521 96 42 405.0 0.8 21.537 8.477 36.4 15.014521 96 43 413.2 0.6 23.495 6.858 25.0 15.014521 96 44 437.8 0.8 12.335 3.475 23.8 15.014521 96 45 442.7 0.3 41.117 8.536 14.3 15.014521 96 46 454.8 0.8 23.495 6.858 25.0 15.014521 96 47 458.1 0.8 27.411 7.180 21.4 15.014521 96 48 479.3 0.3 78.317 14.160 10.0 15.014521 96 49 485.6 0.6 13.118 2.782 14.9 15.014521 96 50 549.6 0.0 62.654 12.264 12.5 15.014521 96 51 554.7 0.8 9.398 3.260 31.2 15.014521 96 52 564.1 0.3 60.696 12.038 12.9 15.014521 96 53 573.2 0.0 25.453 5.480 15.4 15.014521 96 54 588.9 0.0 121.392 21.733 9.7 15.014521 96 55 618.37 0.0 152.719 27.830 10.3 15.014521 96 56 625.2 0.6 13.706 4.427 28.6 15.014521 96 57 636.1 0.3 31.327 6.132 12.5 15.014521 96 58 646.0 0.0 195.793 29.492 0.0 15.014521 96 59 660.8 0.6 13.314 2.545 11.8 15.014521 96 60 685.6 0.0 135.097 25.679 11.6 15.014521 96 61 707.0 0.6 15.076 3.712 19.5 15.014521 96 62 718.4 0.0 109.644 19.199 8.9 15.014521 96 63 729.4 0.4 8.811 2.053 17.8 15.014521 96 64 739.6 0.5 12.922 3.051 18.2 15.014521 96 65 745.1 0.3 39.159 8.324 15.0 15.014521 96 66 754.3 1.2 5.091 1.744 30.8 15.014521 96 67 762.8 0.6 8.811 2.206 20.0 15.014521 96 68 770.7 0.0 162.508 28.054 8.4 15.014521 96 69 786.4 0.3 43.074 8.752 13.6 15.014521 96 70 793.7 0.4 17.230 3.775 15.9 15.014521 96 71 802.8 0.3 35.243 6.597 11.1 15.014521 96 72 815.6 0.5 14.684 3.372 17.3 15.014521 96 73 822.2 1.2 7.440 2.256 26.3 15.014521 96 74 826.9 0.3 50.906 9.659 11.5 15.014521 96 75 842.0 0.3 60.696 10.867 9.7 15.014521 96 76 853.5 1.0 8.028 2.301 24.4 15.014521 96 77 864.8 0.4 45.032 8.973 13.0 15.014521 96 78 874.3 0.4 50.906 10.960 15.4 15.014521 96 79 879.6 0.5 25.453 7.014 23.1 15.014521 96 80 886.0 0.5 31.327 7.534 18.8 15.014521 96 81 890.7 0.8 9.790 4.184 40.0 15.014521 96 82 900.1 0.5 17.426 3.656 14.6 15.014521 96 83 930.3 0.3 35.243 6.597 11.1 15.014521 96 84 951.0 0.4 15.859 2.968 11.1 15.014521 96 85 960.17 0.0 24.278 4.570 11.3 15.014521 96 86 970.1 0.3 29.761 5.583 11.2 15.014521 96 87 979.2 0.4 19.775 3.794 11.9 15.014521 96 88 987.9 0.5 13.314 2.670 13.2 15.014521 96 89 1000.5 0.6 10.769 2.395 16.4 15.014521 96 90 1011.7 0.5 19.188 3.604 11.2 15.014521 96 91 1018.7 0.7 8.419 2.015 18.6 15.014521 96 92 1044.0 0.0 15.663 4.572 25.0 15.014521 96 93 1056.0 0.0 11.160 2.581 17.5 15.014521 96 94 1077.3 0.8 8.419 2.171 20.9 15.014521 96 95 1099.8 0.0 7.832 4.090 50.0 15.014521 96 96 1117.4 1.5 3.524 1.840 50.0 15.014521 96 97 1124.3 0.7 8.811 2.206 20.0 15.014521 96 98 1136.3 0.8 8.419 2.171 20.9 15.014521 96 99 1143.1 0.9 7.049 2.057 25.0 15.014521 96 100 1167.4 0.0 13.901 3.004 15.5 15.014521 96 101 1189.8 1.0 8.615 2.188 20.5 15.014521 96 102 1212.2 1.0 7.636 2.104 23.1 15.014521 96 103 1231.0 0.7 20.167 3.840 11.7 15.014521 96 104 1249.2 1.0 7.636 2.271 25.6 15.014521 96 105 1263.6 0.0 11.748 2.941 20.0 15.014521 96 106 1275.1 0.0 11.552 2.619 16.9 15.014521 96 107 1301.4 1.0 8.419 2.333 23.3 15.014521 96 108 1317.9 1.7 2.937 1.628 53.3 15.014521 96 109 1337.3 0.0 12.139 2.977 19.4 15.014521 96 110 1375.9 1.4 4.699 1.899 37.5 15.014521 96 111 1395.1 0.0 17.230 3.635 14.8 15.014521 96 112 1415.0 0.0 15.272 3.288 15.4 15.014521 96 113 1434.5 0.0 13.706 3.128 17.1 15.014521 96 114 1453.5 0.0 14.880 3.247 15.8 15.014521 96 115 1518.0 0.0 8.223 3.187 35.7 15.014521 96 116 1532.5 2.0 3.328 1.832 52.9 15.014521 96 117 1595.1 2.0 3.524 1.654 44.4 15.014521 96 118 1651.0 1.8 4.503 1.707 34.8 15.014521 96 119 1713.0 2.0 5.678 2.137 34.5 15.014521 96 120 ENDDATA 100 0 14521 96 121 ENDSUBENT 120 0 14521 9699999 SUBENT 14521097 20190306 148014521 97 1 BIB 4 14 14521 97 2 REACTION (76-OS-0(N,INL)76-OS-0,PAR,SIG,G,SPA,DEROT) Partial 14521 97 3 gamma-ray production cross section, relative to a 14521 97 4 specified gamma-line. 14521 97 5 SAMPLE Target was Os, in elemental form, with natural 14521 97 6 abundance, and mass 20.2 g. Target was exposed for 14521 97 7 14.0 hours. 14521 97 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 97 9 relative to the normalization transition at 14521 97 10 558.0 keV in 190Os. 14521 97 11 STATUS (TABLE) Data received from A.Voyles and the 14521 97 12 authors of LBNL-1007259, using the methods it 14521 97 13 describes. Cross sections derived from gamma-ray 14521 97 14 intensities taken from table on pages 287-290 14521 97 15 of this work [1978DE41], as described in ANALYSIS. 14521 97 16 ENDBIB 14 0 14521 97 17 NOCOMMON 0 0 14521 97 18 DATA 6 133 14521 97 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 97 20 KEV KEV MB MB PER-CENT PER-CENT 14521 97 21 155.02 0.06 429.961 88.834 16.4 12.514521 97 22 186.71 0.05 1059.632 177.640 11.1 12.514521 97 23 201.33 0.13 44.641 9.011 15.8 12.514521 97 24 205.78 0.05 1177.108 188.974 10.0 12.514521 97 25 216.62 0.1 51.689 9.588 13.6 12.514521 97 26 219.39 0.08 68.136 11.095 10.3 12.514521 97 27 223.8 0.2 18.796 5.260 25.0 12.514521 97 28 233.7 0.2 18.796 5.260 25.0 12.514521 97 29 242.9 0.2 25.845 5.713 18.2 12.514521 97 30 244.83 0.1 51.689 9.588 13.6 12.514521 97 31 250.5 0.4 8.223 3.003 34.3 12.514521 97 32 271.51 0.08 42.291 7.097 11.1 12.514521 97 33 280.9 0.2 28.194 7.890 25.0 12.514521 97 34 283.24 0.05 272.544 41.553 8.6 12.514521 97 35 292.59 0.15 21.146 5.399 22.2 12.514521 97 36 296.53 0.1 32.893 6.260 14.3 12.514521 97 37 322.91 0.05 105.728 15.048 6.7 12.514521 97 38 329.27 0.09 16.212 2.937 13.0 12.514521 97 39 343.47 0.14 12.687 2.649 16.7 12.514521 97 40 346.89 0.08 35.948 5.732 9.8 12.514521 97 41 353.7 0.2 9.868 2.452 21.4 12.514521 97 42 361.12 0.05 166.816 24.043 7.0 12.514521 97 43 371.26 0.05 180.913 26.764 7.8 12.514521 97 44 374.53 0.05 166.816 25.274 8.5 12.514521 97 45 379.18 0.06 63.437 9.258 7.4 12.514521 97 46 397.26 0.06 46.285 6.804 7.6 12.514521 97 47 403.8 0.2 7.049 1.665 20.0 12.514521 97 48 407.31 0.06 56.388 8.507 8.3 12.514521 97 49 420.49 0.06 61.792 8.532 5.7 12.514521 97 50 427.7 0.3 6.109 2.031 30.8 12.514521 97 51 431.64 0.08 17.621 2.906 10.7 12.514521 97 52 437.2 0.0 34.538 5.054 7.5 12.514521 97 53 447.85 0.09 15.742 2.730 11.9 12.514521 97 54 453.0 0.08 32.893 6.260 14.3 12.514521 97 55 454.9 0.2 8.928 2.604 26.3 12.514521 97 56 462.38 0.07 26.550 3.831 7.1 12.514521 97 57 467.46 0.08 30.544 4.384 6.9 12.514521 97 58 477.99 0.05 68.136 9.772 6.9 12.514521 97 59 484.59 0.03 263.146 35.968 5.4 12.514521 97 60 489.05 0.03 364.175 49.502 5.2 12.514521 97 61 518.68 0.14 9.868 2.060 16.7 12.514521 97 62 527.3 0.2 4.934 1.540 28.6 12.514521 97 63 531.6 0.2 4.699 1.529 30.0 12.514521 97 64 545.6 0.5 1.880 0.969 50.0 12.514521 97 65 550.3 0.2 5.874 1.388 20.0 12.514521 97 66 557.97 0.04 234.952 29.545 0.0 12.514521 97 67 563.7 0.0 18.796 2.880 8.8 12.514521 97 68 569.34 0.04 216.155 28.761 4.3 12.514521 97 69 575.5 0.2 7.518 1.697 18.7 12.514521 97 70 580.54 0.05 53.334 7.576 6.6 12.514521 97 71 599.4 0.4 3.524 1.478 40.0 12.514521 97 72 605.24 0.1 42.291 7.097 11.1 12.514521 97 73 615.8 0.3 5.874 1.591 24.0 12.514521 97 74 623.4 0.0 9.633 2.043 17.1 12.514521 97 75 630.9 0.2 15.272 4.221 24.6 12.514521 97 76 633.14 0.12 77.534 13.542 12.1 12.514521 97 77 635.0 0.12 89.282 14.642 10.5 12.514521 97 78 638.46 0.08 29.369 4.256 7.2 12.514521 97 79 646.0 0.2 9.633 1.859 14.6 12.514521 97 80 650.9 0.2 6.344 1.420 18.5 12.514521 97 81 656.0 0.2 7.988 1.546 14.7 12.514521 97 82 665.0 0.0 4.699 1.315 25.0 12.514521 97 83 672.3 0.2 12.217 2.085 11.5 12.514521 97 84 679.8 0.3 5.169 1.343 22.7 12.514521 97 85 687.6 0.2 14.567 2.462 11.3 12.514521 97 86 703.6 0.2 13.157 2.174 10.7 12.514521 97 87 720.3 0.0 8.928 1.991 18.4 12.514521 97 88 725.3 0.1 29.134 4.118 6.5 12.514521 97 89 740.8 0.2 8.458 1.766 16.7 12.514521 97 90 748.1 0.4 4.464 1.517 31.6 12.514521 97 91 750.8 0.4 5.874 1.591 24.0 12.514521 97 92 753.6 0.0 4.229 1.507 33.3 12.514521 97 93 760.8 0.4 3.054 1.236 38.5 12.514521 97 94 768.3 0.0 21.146 3.127 7.8 12.514521 97 95 773.4 0.2 10.103 1.898 14.0 12.514521 97 96 788.4 0.2 5.639 1.578 25.0 12.514521 97 97 811.0 0.0 18.796 3.020 10.0 12.514521 97 98 818.9 0.0 3.524 1.256 33.3 12.514521 97 99 829.23 0.1 30.779 4.788 9.2 12.514521 97 100 852.24 0.1 39.707 5.518 5.9 12.514521 97 101 857.6 0.4 3.994 1.497 35.3 12.514521 97 102 878.0 0.2 4.699 1.315 25.0 12.514521 97 103 888.3 0.3 4.464 1.302 26.3 12.514521 97 104 921.6 0.0 19.971 3.137 9.4 12.514521 97 105 928.22 0.15 21.381 3.421 9.9 12.514521 97 106 931.5 0.3 7.753 1.912 21.2 12.514521 97 107 933.8 0.4 4.464 1.302 26.3 12.514521 97 108 967.6 0.3 4.464 1.302 26.3 12.514521 97 109 980.5 0.4 3.054 1.015 30.8 12.514521 97 110 987.3 0.2 9.868 1.878 14.3 12.514521 97 111 999.96 0.15 15.977 2.454 8.8 12.514521 97 112 1011.1 0.2 9.163 1.646 12.8 12.514521 97 113 1020.1 0.0 5.874 1.388 20.0 12.514521 97 114 1042.5 0.0 6.109 1.605 23.1 12.514521 97 115 1058.3 0.5 3.289 1.245 35.7 12.514521 97 116 1103.0 0.2 9.633 1.859 14.6 12.514521 97 117 1115.0 0.2 12.922 2.312 12.7 12.514521 97 118 1117.9 0.3 7.049 1.472 16.7 12.514521 97 119 1124.0 0.2 10.338 1.918 13.6 12.514521 97 120 1127.5 0.4 3.289 1.027 28.6 12.514521 97 121 1131.1 0.3 6.814 1.454 17.2 12.514521 97 122 1135.2 0.2 11.513 1.864 10.2 12.514521 97 123 1147.5 0.4 6.109 1.404 19.2 12.514521 97 124 1150.3 0.3 9.868 1.878 14.3 12.514521 97 125 1154.4 0.3 6.109 1.404 19.2 12.514521 97 126 1175.5 0.0 13.862 2.397 11.9 12.514521 97 127 1189.9 0.4 2.350 0.985 40.0 12.514521 97 128 1196.1 0.2 5.874 1.388 20.0 12.514521 97 129 1204.1 0.2 8.458 1.959 19.4 12.514521 97 130 1249.4 0.2 6.814 1.454 17.2 12.514521 97 131 1255.9 0.0 8.928 1.802 15.8 12.514521 97 132 1265.8 0.2 5.639 1.372 20.8 12.514521 97 133 1301.6 0.6 2.584 0.994 36.4 12.514521 97 134 1378.0 0.2 9.163 1.646 12.8 12.514521 97 135 1383.2 0.4 3.524 1.256 33.3 12.514521 97 136 1389.1 0.0 12.217 2.085 11.5 12.514521 97 137 1407.9 0.4 4.699 1.315 25.0 12.514521 97 138 1413.3 0.3 5.404 1.357 21.7 12.514521 97 139 1429.4 0.2 7.518 1.508 15.6 12.514521 97 140 1436.4 0.0 7.753 1.714 18.2 12.514521 97 141 1451.8 0.6 3.759 1.266 31.2 12.514521 97 142 1458.2 0.5 6.109 1.404 19.2 12.514521 97 143 1464.4 0.6 3.994 1.278 29.4 12.514521 97 144 1489.6 0.0 5.404 1.565 26.1 12.514521 97 145 1512.0 0.5 3.759 1.266 31.2 12.514521 97 146 1546.2 0.2 8.223 1.565 14.3 12.514521 97 147 1616.0 0.3 8.223 1.565 14.3 12.514521 97 148 1681.0 0.2 10.573 1.774 11.1 12.514521 97 149 1715.1 0.5 4.699 1.315 25.0 12.514521 97 150 1734.9 0.5 6.109 1.404 19.2 12.514521 97 151 1742.0 0.5 4.464 1.302 26.3 12.514521 97 152 1826.6 0.6 3.524 1.256 33.3 12.514521 97 153 1839.1 0.6 6.344 1.620 22.2 12.514521 97 154 ENDDATA 135 0 14521 97 155 ENDSUBENT 154 0 14521 9799999 SUBENT 14521098 20190306 148014521 98 1 BIB 4 14 14521 98 2 REACTION (77-IR-0(N,INL)77-IR-0,PAR,SIG,G,SPA,DEROT) Partial 14521 98 3 gamma-ray production cross section, relative to a 14521 98 4 specified gamma-line. 14521 98 5 SAMPLE Target was Ir, in elemental form, with natural 14521 98 6 abundance, and mass 24.0 g. Target was exposed for 14521 98 7 6.0 hours. 14521 98 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 98 9 relative to the normalization transition at 14521 98 10 559.0 keV in 192Ir. 14521 98 11 STATUS (TABLE) Data received from A.Voyles and the 14521 98 12 authors of LBNL-1007259, using the methods it 14521 98 13 describes. Cross sections derived from gamma-ray 14521 98 14 intensities taken from table on pages 291-293 14521 98 15 of this work [1978DE41], as described in ANALYSIS. 14521 98 16 ENDBIB 14 0 14521 98 17 NOCOMMON 0 0 14521 98 18 DATA 6 85 14521 98 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 98 20 KEV KEV MB MB PER-CENT PER-CENT 14521 98 21 129.4 0.0 1123.852 349.467 28.6 12.214521 98 22 139.3 0.0 662.270 114.235 12.1 12.214521 98 23 171.9 0.2 50.573 17.213 31.7 12.214521 98 24 178.3 0.0 71.445 18.293 22.5 12.214521 98 25 181.5 0.0 82.683 18.993 19.4 12.214521 98 26 213.79 0.1 72.248 13.092 13.3 12.214521 98 27 219.24 0.05 799.540 117.268 8.0 12.214521 98 28 234.49 0.12 48.968 8.795 13.1 12.214521 98 29 251.5 0.2 28.096 5.923 17.1 12.214521 98 30 263.7 0.0 142.890 20.828 7.9 12.214521 98 31 267.95 0.12 77.867 12.480 10.3 12.214521 98 32 269.5 0.0 27.294 5.867 17.6 12.214521 98 33 280.4 0.12 24.083 4.984 16.7 12.214521 98 34 284.6 0.4 6.422 2.534 37.5 12.214521 98 35 288.95 0.11 53.784 8.171 9.0 12.214521 98 36 298.84 0.05 163.761 22.286 5.9 12.214521 98 37 308.2 0.2 16.055 3.767 20.0 12.214521 98 38 321.69 0.12 40.138 6.354 10.0 12.214521 98 39 325.1 0.2 25.688 4.500 12.5 12.214521 98 40 336.27 0.14 40.138 5.880 8.0 12.214521 98 41 343.18 0.07 94.725 13.281 6.8 12.214521 98 42 351.4 0.08 69.839 10.249 8.0 12.214521 98 43 357.79 0.06 142.890 19.633 6.2 12.214521 98 44 361.86 0.1 101.949 14.865 7.9 12.214521 98 45 373.0 0.0 56.193 10.583 14.3 12.214521 98 46 374.8 0.3 56.193 10.583 14.3 12.214521 98 47 377.54 0.08 56.193 8.411 8.6 12.214521 98 48 383.01 0.07 78.670 11.595 8.2 12.214521 98 49 388.5 0.0 87.500 13.407 9.2 12.214521 98 50 398.4 0.0 38.532 6.202 10.4 12.214521 98 51 406.0 0.0 16.055 4.471 25.0 12.214521 98 52 409.2 0.08 48.165 7.625 10.0 12.214521 98 53 420.19 0.12 32.913 5.694 12.2 12.214521 98 54 441.02 0.1 32.913 5.160 9.8 12.214521 98 55 456.0 0.0 20.069 5.410 24.0 12.214521 98 56 460.49 0.05 145.298 19.898 6.1 12.214521 98 57 477.1 0.2 14.450 3.668 22.2 12.214521 98 58 482.25 0.05 136.468 18.933 6.5 12.214521 98 59 499.3 0.15 24.885 4.431 12.9 12.214521 98 60 503.7 0.5 8.028 2.602 30.0 12.214521 98 61 517.8 0.4 12.041 3.535 26.7 12.214521 98 62 525.4 0.2 12.844 2.878 18.8 12.214521 98 63 534.5 0.2 22.477 4.233 14.3 12.214521 98 64 538.92 0.07 39.335 5.798 8.2 12.214521 98 65 557.03 0.08 72.248 10.090 6.7 12.214521 98 66 559.3 0.08 80.275 9.851 0.0 12.214521 98 67 575.9 0.0 19.266 3.988 16.7 12.214521 98 68 583.4 0.3 13.647 2.933 17.6 12.214521 98 69 588.07 0.09 56.995 8.064 7.0 12.214521 98 70 621.06 0.15 49.771 8.300 11.3 12.214521 98 71 624.0 0.3 13.647 3.622 23.5 12.214521 98 72 645.66 0.12 34.518 4.873 7.0 12.214521 98 73 662.4 0.4 6.422 1.789 25.0 12.214521 98 74 668.04 0.12 30.505 4.451 7.9 12.214521 98 75 686.28 0.15 19.266 3.375 12.5 12.214521 98 76 705.2 0.4 7.225 1.834 22.2 12.214521 98 77 710.0 0.2 12.844 2.878 18.8 12.214521 98 78 718.66 0.12 30.505 4.451 7.9 12.214521 98 79 743.4 0.4 5.619 1.747 28.6 12.214521 98 80 748.63 0.12 46.560 6.983 8.6 12.214521 98 81 761.2 0.4 4.817 1.711 33.3 12.214521 98 82 778.58 0.12 27.294 4.125 8.8 12.214521 98 83 782.0 0.3 7.225 1.834 22.2 12.214521 98 84 794.1 0.5 4.817 1.711 33.3 12.214521 98 85 797.7 0.3 9.633 2.683 25.0 12.214521 98 86 843.4 0.3 8.830 1.937 18.2 12.214521 98 87 849.05 0.15 18.463 3.307 13.0 12.214521 98 88 862.0 0.5 6.422 1.789 25.0 12.214521 98 89 874.31 0.15 26.491 4.046 9.1 12.214521 98 90 887.1 0.0 18.463 3.307 13.0 12.214521 98 91 891.5 0.3 12.844 2.878 18.8 12.214521 98 92 915.0 0.0 16.858 4.516 23.8 12.214521 98 93 926.8 0.3 9.633 2.683 25.0 12.214521 98 94 930.9 0.4 6.422 2.534 37.5 12.214521 98 95 936.3 0.0 29.702 4.858 10.8 12.214521 98 96 947.1 0.3 12.844 2.878 18.8 12.214521 98 97 951.2 0.3 11.239 2.775 21.4 12.214521 98 98 956.0 0.4 8.028 1.884 20.0 12.214521 98 99 964.5 0.3 12.844 2.878 18.8 12.214521 98 100 972.4 0.3 14.450 2.991 16.7 12.214521 98 101 981.9 0.0 24.885 3.889 9.7 12.214521 98 102 1027.5 0.4 8.028 1.884 20.0 12.214521 98 103 1047.2 0.2 23.280 3.737 10.3 12.214521 98 104 1060.0 0.0 24.083 5.651 20.0 12.214521 98 105 1070.0 0.0 16.055 3.767 20.0 12.214521 98 106 ENDDATA 87 0 14521 98 107 ENDSUBENT 106 0 14521 9899999 SUBENT 14521099 20190306 148014521 99 1 BIB 4 14 14521 99 2 REACTION (78-PT-0(N,INL)78-PT-0,PAR,SIG,G,SPA,DEROT) Partial 14521 99 3 gamma-ray production cross section, relative to a 14521 99 4 specified gamma-line. 14521 99 5 SAMPLE Target was Pt, in elemental form, with natural 14521 99 6 abundance, and mass 7.1 g. Target was exposed for 14521 99 7 14.0 hours. 14521 99 8 ANALYSIS Partial gamma-ray cross sections are reported 14521 99 9 relative to the normalization transition at 14521 99 10 328.0 keV in 194Pt. 14521 99 11 STATUS (TABLE) Data received from A.Voyles and the 14521 99 12 authors of LBNL-1007259, using the methods it 14521 99 13 describes. Cross sections derived from gamma-ray 14521 99 14 intensities taken from table on pages 294-296 14521 99 15 of this work [1978DE41], as described in ANALYSIS. 14521 99 16 ENDBIB 14 0 14521 99 17 NOCOMMON 0 0 14521 99 18 DATA 6 62 14521 99 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521 99 20 KEV KEV MB MB PER-CENT PER-CENT 14521 99 21 173.1 0.2 157.887 36.003 10.4 20.214521 99 22 211.28 0.0 226.963 48.888 7.2 20.214521 99 23 239.27 0.17 72.365 16.086 9.1 20.214521 99 24 259.1 0.5 27.959 7.517 17.6 20.214521 99 25 289.0 0.0 82.233 21.245 16.0 20.214521 99 26 293.42 0.12 493.398 105.350 6.7 20.214521 99 27 300.78 0.12 194.070 40.584 5.1 20.214521 99 28 305.6 0.6 27.959 8.686 23.5 20.214521 99 29 316.7 0.6 24.670 9.626 33.3 20.214521 99 30 320.1 0.3 59.208 16.637 19.4 20.214521 99 31 328.51 0.1 1644.661 333.612 0.0 20.214521 99 32 333.1 0.15 476.952 108.602 10.3 20.214521 99 33 355.72 0.1 1184.156 249.047 5.6 20.214521 99 34 367.58 0.16 77.299 17.004 8.5 20.214521 99 35 382.3 0.5 21.381 6.569 23.1 20.214521 99 36 389.8 0.4 42.761 11.952 19.2 20.214521 99 37 393.3 0.2 110.192 25.937 11.9 20.214521 99 38 407.42 0.1 266.435 55.624 4.9 20.214521 99 39 419.6 0.2 39.472 9.405 12.5 20.214521 99 40 432.4 0.3 32.893 8.298 15.0 20.214521 99 41 440.1 0.4 14.802 4.454 22.2 20.214521 99 42 455.6 0.0 27.959 7.517 17.6 20.214521 99 43 464.9 0.9 8.223 3.688 40.0 20.214521 99 44 473.8 0.4 16.118 4.197 16.3 20.214521 99 45 482.79 0.1 217.095 45.517 5.3 20.214521 99 46 499.8 0.3 23.025 6.794 21.4 20.214521 99 47 521.38 0.1 154.598 32.875 6.4 20.214521 99 48 534.0 0.3 16.447 4.685 20.0 20.214521 99 49 562.75 0.1 95.390 21.720 10.3 20.214521 99 50 577.6 0.13 44.406 10.270 11.1 20.214521 99 51 607.6 0.0 36.183 12.298 27.3 20.214521 99 52 612.9 0.6 8.223 3.688 40.0 20.214521 99 53 621.9 0.15 64.142 13.915 7.7 20.214521 99 54 636.1 0.7 8.223 2.978 30.0 20.214521 99 55 647.0 0.0 26.315 6.270 12.5 20.214521 99 56 659.6 0.0 13.157 4.236 25.0 20.214521 99 57 673.1 0.2 20.558 4.845 12.0 20.214521 99 58 724.5 0.7 11.348 3.496 23.2 20.214521 99 59 740.5 0.0 11.184 3.600 25.0 20.214521 99 60 758.4 0.4 11.842 3.327 19.4 20.214521 99 61 779.8 0.3 21.381 5.443 15.4 20.214521 99 62 797.0 0.5 14.802 4.454 22.2 20.214521 99 63 810.6 0.8 9.868 3.850 33.3 20.214521 99 64 816.1 0.8 13.157 4.236 25.0 20.214521 99 65 1006.2 0.3 21.381 5.443 15.4 20.214521 99 66 1047.3 0.3 21.381 5.443 15.4 20.214521 99 67 1091.8 0.0 52.629 11.761 9.4 20.214521 99 68 1104.0 0.2 50.984 11.459 9.7 20.214521 99 69 1218.3 1.5 4.276 2.006 42.3 20.214521 99 70 1248.6 0.6 12.335 3.514 20.0 20.214521 99 71 1293.2 0.5 16.447 28.158 170.0 20.214521 99 72 1341.0 1.2 5.756 2.153 31.4 20.214521 99 73 1439.6 1.1 6.414 2.364 30.8 20.214521 99 74 1449.8 0.8 9.375 3.115 26.3 20.214521 99 75 1470.0 0.0 13.157 4.236 25.0 20.214521 99 76 1490.7 0.5 18.091 4.928 18.2 20.214521 99 77 1676.3 0.8 8.717 2.903 26.4 20.214521 99 78 1713.0 1.5 4.441 1.875 37.0 20.214521 99 79 1737.0 1.2 6.085 2.328 32.4 20.214521 99 80 1803.5 0.0 14.802 4.454 22.2 20.214521 99 81 1824.5 0.0 11.513 4.034 28.6 20.214521 99 82 1969.3 1.0 7.730 2.786 29.8 20.214521 99 83 ENDDATA 64 0 14521 99 84 ENDSUBENT 83 0 14521 9999999 SUBENT 14521100 20190306 148014521100 1 BIB 4 14 14521100 2 REACTION (79-AU-197(N,INL)79-AU-197,PAR,SIG,G,SPA,DEROT) Partial14521100 3 gamma-ray production cross section, relative to a 14521100 4 specified gamma-line. 14521100 5 SAMPLE Target was Au, in elemental form, with natural 14521100 6 abundance, and mass 13.0 g. Target was exposed for 14521100 7 22.1 hours. 14521100 8 ANALYSIS Partial gamma-ray cross sections are reported 14521100 9 relative to the normalization transition at 14521100 10 279.0 keV in 197Au. 14521100 11 STATUS (TABLE) Data received from A.Voyles and the 14521100 12 authors of LBNL-1007259, using the methods it 14521100 13 describes. Cross sections derived from gamma-ray 14521100 14 intensities taken from table on pages 296-298 14521100 15 of this work [1978DE41], as described in ANALYSIS. 14521100 16 ENDBIB 14 0 14521100 17 NOCOMMON 0 0 14521100 18 DATA 6 89 14521100 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521100 20 KEV KEV MB MB PER-CENT PER-CENT 14521100 21 130.2 0.4 22.203 6.813 28.6 11.114521100 22 144.0 0.0 21.146 2.367 0.0 11.114521100 23 174.72 0.15 285.466 53.009 14.8 11.114521100 24 191.31 0.15 264.321 51.616 16.0 11.114521100 25 202.0 0.4 23.260 5.893 22.7 11.114521100 26 268.7 0.2 22.203 4.030 14.3 11.114521100 27 278.95 0.0 1057.282 118.368 0.0 11.114521100 28 308.1 0.3 12.687 2.547 16.7 11.114521100 29 357.9 0.12 44.406 6.527 9.5 11.114521100 30 364.07 0.12 50.750 7.083 8.3 11.114521100 31 457.94 0.1 104.671 12.856 5.1 11.114521100 32 502.7 0.4 179.738 56.564 29.4 11.114521100 33 535.4 0.2 21.146 3.174 10.0 11.114521100 34 538.8 0.2 16.917 2.839 12.5 11.114521100 35 547.62 0.1 181.853 22.473 5.2 11.114521100 36 557.9 0.3 8.987 1.878 17.6 11.114521100 37 576.78 0.13 46.520 6.098 6.8 11.114521100 38 635.0 0.6 1.480 0.554 35.7 11.114521100 39 638.8 0.2 7.824 1.542 16.2 11.114521100 40 656.7 0.2 5.815 1.067 14.5 11.114521100 41 667.0 0.15 11.524 1.737 10.1 11.114521100 42 684.6 0.2 6.978 1.231 13.6 11.114521100 43 711.0 0.2 12.687 1.905 10.0 11.114521100 44 718.7 0.4 2.326 0.686 27.3 11.114521100 45 729.9 0.3 3.172 0.727 20.0 11.114521100 46 737.4 0.6 1.057 0.339 30.0 11.114521100 47 745.7 0.7 0.740 0.328 42.9 11.114521100 48 749.8 0.7 0.740 0.328 42.9 11.114521100 49 765.9 0.15 14.590 2.204 10.1 11.114521100 50 772.9 0.6 2.643 0.700 24.0 11.114521100 51 775.98 0.15 13.005 1.931 9.8 11.114521100 52 810.74 0.13 14.273 2.040 8.9 11.114521100 53 825.3 0.3 5.498 1.046 15.4 11.114521100 54 858.7 0.0 5.181 1.206 20.4 11.114521100 55 871.3 0.4 4.229 1.354 30.0 11.114521100 56 881.0 0.3 6.027 1.082 14.0 11.114521100 57 925.2 0.4 2.960 0.716 21.4 11.114521100 58 935.93 0.16 14.908 2.096 8.5 11.114521100 59 972.4 0.4 5.498 1.046 15.4 11.114521100 60 986.0 0.5 3.066 0.721 20.7 11.114521100 61 998.4 0.6 7.190 1.873 23.5 11.114521100 62 1001.7 0.3 15.859 2.761 13.3 11.114521100 63 1008.1 0.3 5.709 1.146 16.7 11.114521100 64 1027.0 0.2 8.775 1.443 12.0 11.114521100 65 1062.2 0.3 6.872 1.143 12.3 11.114521100 66 1071.0 0.0 9.833 1.761 14.0 11.114521100 67 1089.8 0.4 3.172 0.637 16.7 11.114521100 68 1115.3 0.3 5.286 0.948 14.0 11.114521100 69 1130.8 0.8 2.009 0.978 47.4 11.114521100 70 1133.7 0.3 6.449 1.280 16.4 11.114521100 71 1139.3 0.3 5.286 1.032 16.0 11.114521100 72 1150.5 0.5 2.326 0.589 22.7 11.114521100 73 1160.8 0.3 7.295 1.176 11.6 11.114521100 74 1177.2 0.5 4.863 1.478 28.3 11.114521100 75 1181.0 0.4 6.238 1.542 22.0 11.114521100 76 1214.0 0.6 4.335 1.358 29.3 11.114521100 77 1217.6 0.3 9.621 2.095 18.7 11.114521100 78 1222.6 0.5 3.806 1.140 27.8 11.114521100 79 1234.4 0.0 3.172 0.917 26.7 11.114521100 80 1241.7 0.3 7.824 1.293 12.2 11.114521100 81 1256.4 0.4 3.595 0.842 20.6 11.114521100 82 1265.2 0.2 8.881 1.451 11.9 11.114521100 83 1307.0 0.4 5.075 1.019 16.7 11.114521100 84 1313.8 0.3 6.132 1.089 13.8 11.114521100 85 1332.3 0.7 2.326 0.686 27.3 11.114521100 86 1337.6 0.7 2.326 0.686 27.3 11.114521100 87 1345.4 0.8 2.326 0.686 27.3 11.114521100 88 1351.2 0.0 8.458 1.583 15.0 11.114521100 89 1370.6 0.2 7.718 1.209 11.0 11.114521100 90 1407.4 0.4 4.018 0.866 18.4 11.114521100 91 1413.5 0.6 3.912 1.144 27.0 11.114521100 92 1418.5 0.7 3.912 1.144 27.0 11.114521100 93 1438.7 0.0 7.507 1.192 11.3 11.114521100 94 1449.4 0.4 4.123 0.785 15.4 11.114521100 95 1483.0 0.8 2.009 0.574 26.3 11.114521100 96 1498.2 0.4 2.537 0.600 20.8 11.114521100 97 1535.6 0.5 1.903 0.474 22.2 11.114521100 98 1547.5 0.0 2.432 0.690 26.1 11.114521100 99 1564.0 0.6 3.278 0.826 22.6 11.114521100 100 1570.4 0.6 3.278 0.826 22.6 11.114521100 101 1584.6 1.1 1.163 0.443 36.4 11.114521100 102 1592.7 0.7 1.797 0.566 29.4 11.114521100 103 1599.8 0.0 2.220 0.681 28.6 11.114521100 104 1619.1 0.7 2.009 0.574 26.3 11.114521100 105 1657.3 0.0 2.009 0.673 31.6 11.114521100 106 1797.2 0.9 2.326 0.686 27.3 11.114521100 107 1808.9 0.0 4.018 0.866 18.4 11.114521100 108 1824.2 0.9 1.057 0.439 40.0 11.114521100 109 2048.5 0.8 1.163 0.443 36.4 11.114521100 110 ENDDATA 91 0 14521100 111 ENDSUBENT 110 0 1452110099999 SUBENT 14521101 20190306 148014521101 1 BIB 4 14 14521101 2 REACTION (80-HG-0(N,INL)80-HG-0,PAR,SIG,G,SPA,DEROT) Partial 14521101 3 gamma-ray production cross section, relative to a 14521101 4 specified gamma-line. 14521101 5 SAMPLE Target was Hg, in elemental form, with natural 14521101 6 abundance, and mass 125.0 g. Target was exposed for 14521101 7 8.2 hours. 14521101 8 ANALYSIS Partial gamma-ray cross sections are reported 14521101 9 relative to the normalization transition at 14521101 10 368.0 keV in 200Hg. 14521101 11 STATUS (TABLE) Data received from A.Voyles and the 14521101 12 authors of LBNL-1007259, using the methods it 14521101 13 describes. Cross sections derived from gamma-ray 14521101 14 intensities taken from table on pages 299-302 14521101 15 of this work [1978DE41], as described in ANALYSIS. 14521101 16 ENDBIB 14 0 14521101 17 NOCOMMON 0 0 14521101 18 DATA 6 106 14521101 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521101 20 KEV KEV MB MB PER-CENT PER-CENT 14521101 21 158.39 0.1 245.818 76.489 29.0 11.114521101 22 208.196 0.0 126.874 21.290 12.5 11.114521101 23 222.2 0.2 53.921 8.757 11.8 11.114521101 24 247.1 0.6 11.894 4.941 40.0 11.114521101 25 254.2 0.5 11.894 4.941 40.0 11.114521101 26 284.2 0.5 20.617 3.923 15.4 11.114521101 27 334.0 0.5 20.617 3.923 15.4 11.114521101 28 351.8 0.2 48.371 7.208 9.8 11.114521101 29 367.95 0.1 792.962 88.776 0.0 11.114521101 30 383.5 0.4 34.097 6.100 14.0 11.114521101 31 388.4 0.4 35.683 6.213 13.3 11.114521101 32 403.49 0.12 66.609 9.790 9.5 11.114521101 33 412.0 0.0 436.129 68.174 10.9 11.114521101 34 439.24 0.1 1149.794 169.983 9.7 11.114521101 35 455.2 0.3 23.789 4.142 13.3 11.114521101 36 463.9 0.4 14.273 2.866 16.7 11.114521101 37 489.4 0.5 32.511 5.382 12.2 11.114521101 38 492.3 0.5 29.340 5.149 13.5 11.114521101 39 520.3 0.06 356.833 68.389 15.6 11.114521101 40 543.0 0.1 48.371 7.208 9.8 11.114521101 41 550.2 0.3 18.238 3.135 13.0 11.114521101 42 554.7 0.6 6.027 1.367 19.7 11.114521101 43 565.3 0.4 16.652 3.022 14.3 11.114521101 44 579.28 0.1 182.381 31.350 13.0 11.114521101 45 587.8 0.2 44.406 6.881 10.7 11.114521101 46 612.9 0.3 22.203 4.030 14.3 11.114521101 47 636.59 0.15 59.472 9.196 10.7 11.114521101 48 640.6 0.4 13.480 2.817 17.6 11.114521101 49 653.88 0.12 30.133 4.630 10.5 11.114521101 50 661.41 0.12 36.476 5.692 10.9 11.114521101 51 675.6 0.4 28.547 5.732 16.7 11.114521101 52 680.0 0.2 83.261 13.320 11.4 11.114521101 53 733.0 0.4 11.339 1.795 11.2 11.114521101 54 742.5 0.2 24.582 3.638 9.7 11.114521101 55 749.9 0.2 19.824 3.253 12.0 11.114521101 56 759.1 0.2 25.375 3.705 9.4 11.114521101 57 774.8 0.4 11.181 1.727 10.6 11.114521101 58 786.6 0.4 7.692 1.343 13.4 11.114521101 59 799.8 0.6 6.423 1.070 12.3 11.114521101 60 810.6 0.8 3.489 0.884 22.7 11.114521101 61 827.9 0.0 20.617 3.315 11.5 11.114521101 62 871.8 0.4 24.582 5.496 19.4 11.114521101 63 886.2 0.12 50.750 8.516 12.5 11.114521101 64 903.6 0.3 33.304 6.045 14.3 11.114521101 65 908.2 0.3 33.304 6.045 14.3 11.114521101 66 941.1 0.8 6.027 1.367 19.7 11.114521101 67 949.9 0.3 30.133 4.630 10.5 11.114521101 68 960.0 0.3 33.304 4.895 9.5 11.114521101 69 990.2 0.5 7.216 1.438 16.5 11.114521101 70 1007.7 0.3 12.132 1.970 11.8 11.114521101 71 1034.4 0.4 7.930 1.817 20.0 11.114521101 72 1062.5 0.5 4.441 0.936 17.9 11.114521101 73 1087.8 0.5 8.723 1.862 18.2 11.114521101 74 1124.8 0.5 6.185 1.177 15.4 11.114521101 75 1135.1 0.3 16.652 2.448 9.5 11.114521101 76 1147.5 0.5 7.930 1.484 15.0 11.114521101 77 1164.6 0.8 4.441 0.936 17.9 11.114521101 78 1175.9 1.0 2.775 0.706 22.9 11.114521101 79 1184.5 0.6 4.996 0.970 15.9 11.114521101 80 1200.7 0.6 13.480 2.817 17.6 11.114521101 81 1205.2 0.4 34.890 6.156 13.6 11.114521101 82 1225.5 0.2 19.031 3.194 12.5 11.114521101 83 1239.6 0.4 7.295 1.254 13.0 11.114521101 84 1254.2 0.2 10.626 1.682 11.2 11.114521101 85 1263.1 0.2 12.053 1.799 9.9 11.114521101 86 1273.4 0.2 13.877 2.057 9.7 11.114521101 87 1291.1 0.3 15.859 2.968 15.0 11.114521101 88 1306.6 0.3 8.960 1.556 13.3 11.114521101 89 1320.1 0.7 11.815 1.779 10.1 11.114521101 90 1326.2 0.6 4.758 1.303 25.0 11.114521101 91 1350.8 0.7 3.489 1.252 34.1 11.114521101 92 1355.2 0.6 9.516 2.607 25.0 11.114521101 93 1362.9 0.5 11.101 2.684 21.4 11.114521101 94 1366.8 0.8 3.965 1.270 30.0 11.114521101 95 1376.2 0.9 3.251 1.244 36.6 11.114521101 96 1384.8 0.6 5.392 1.550 26.5 11.114521101 97 1391.3 0.6 5.234 1.543 27.3 11.114521101 98 1412.7 0.6 4.361 1.509 32.7 11.114521101 99 1421.1 1.1 2.062 0.675 30.8 11.114521101 100 1446.6 0.9 4.203 1.503 34.0 11.114521101 101 1465.8 0.8 5.154 1.688 30.8 11.114521101 102 1476.0 0.7 6.661 1.610 21.4 11.114521101 103 1488.8 0.4 8.485 1.585 15.0 11.114521101 104 1510.8 0.7 7.216 1.640 19.8 11.114521101 105 1517.2 0.5 11.894 2.071 13.3 11.114521101 106 1526.2 0.5 6.740 1.409 17.6 11.114521101 107 1531.0 0.8 4.678 1.300 25.4 11.114521101 108 1550.2 0.6 5.075 1.318 23.4 11.114521101 109 1556.6 0.8 3.965 1.270 30.0 11.114521101 110 1570.3 0.0 19.031 3.194 12.5 11.114521101 111 1595.1 0.6 6.027 1.367 19.7 11.114521101 112 1605.5 0.6 6.027 1.367 19.7 11.114521101 113 1632.2 0.4 8.723 11.934 136.4 11.114521101 114 1693.3 0.6 5.392 0.997 14.7 11.114521101 115 1719.2 0.7 7.375 1.788 21.5 11.114521101 116 1724.8 0.8 4.044 1.273 29.4 11.114521101 117 1749.1 0.7 5.630 1.346 21.1 11.114521101 118 1758.8 0.7 3.806 0.900 20.8 11.114521101 119 1782.4 0.4 11.498 1.922 12.4 11.114521101 120 1883.1 0.8 4.996 1.314 23.8 11.114521101 121 1903.0 0.0 7.930 1.817 20.0 11.114521101 122 1917.8 0.8 5.392 1.334 22.1 11.114521101 123 1961.4 1.0 4.044 1.126 25.5 11.114521101 124 2003.0 1.0 3.568 1.032 26.7 11.114521101 125 2008.1 1.0 2.934 1.007 32.4 11.114521101 126 2144.2 0.9 4.678 1.300 25.4 11.114521101 127 ENDDATA 108 0 14521101 128 ENDSUBENT 127 0 1452110199999 SUBENT 14521102 20190306 148014521102 1 BIB 4 14 14521102 2 REACTION (81-TL-0(N,INL)81-TL-0,PAR,SIG,G,SPA,DEROT) Partial 14521102 3 gamma-ray production cross section, relative to a 14521102 4 specified gamma-line. 14521102 5 SAMPLE Target was Tl, in Tl2O3 form, with natural 14521102 6 abundance, and mass 28.1 g. Target was exposed for 14521102 7 5.1 hours. 14521102 8 ANALYSIS Partial gamma-ray cross sections are reported 14521102 9 relative to the normalization transition at 14521102 10 720.0 keV in 205Tl. 14521102 11 STATUS (TABLE) Data received from A.Voyles and the 14521102 12 authors of LBNL-1007259, using the methods it 14521102 13 describes. Cross sections derived from gamma-ray 14521102 14 intensities taken from table on pages 302-304 14521102 15 of this work [1978DE41], as described in ANALYSIS. 14521102 16 ENDBIB 14 0 14521102 17 NOCOMMON 0 0 14521102 18 DATA 6 65 14521102 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521102 20 KEV KEV MB MB PER-CENT PER-CENT 14521102 21 203.6 0.1 1424.688 216.569 9.1 12.114521102 22 231.95 0.15 60.089 9.771 10.8 12.114521102 23 255.6 0.3 29.721 6.314 17.4 12.114521102 24 264.7 0.6 12.276 4.156 31.6 12.114521102 25 279.19 0.0 633.195 86.424 6.1 12.114521102 26 304.4 0.4 8.076 2.766 32.0 12.114521102 27 363.6 0.2 22.614 4.008 12.9 12.114521102 28 374.5 0.6 5.815 1.764 27.8 12.114521102 29 386.8 0.4 12.599 3.007 20.5 12.114521102 30 401.33 0.06 180.913 24.103 5.4 12.114521102 31 415.65 0.06 429.668 57.084 5.3 12.114521102 32 441.3 0.6 4.200 1.390 30.8 12.114521102 33 492.0 0.2 18.414 3.187 12.3 12.114521102 34 505.7 0.5 122.762 38.563 28.9 12.114521102 35 521.6 0.2 18.414 2.967 10.5 12.114521102 36 536.1 0.2 17.768 2.908 10.9 12.114521102 37 552.1 0.5 6.461 1.514 20.0 12.114521102 38 561.2 0.2 51.689 8.153 10.0 12.114521102 39 570.3 0.3 25.199 4.459 12.8 12.114521102 40 583.6 0.6 6.461 1.514 20.0 12.114521102 41 619.2 0.2 20.676 3.388 10.9 12.114521102 42 631.4 0.3 17.122 2.850 11.3 12.114521102 43 658.4 0.4 10.661 2.074 15.2 12.114521102 44 680.45 0.18 24.229 3.722 9.3 12.114521102 45 701.7 0.4 20.030 4.582 19.4 12.114521102 46 708.6 0.6 8.076 3.070 36.0 12.114521102 47 719.96 0.08 323.058 39.409 0.0 12.114521102 48 765.1 0.2 22.291 3.537 10.1 12.114521102 49 786.3 0.2 21.645 3.476 10.4 12.114521102 50 794.56 0.1 129.223 17.036 5.0 12.114521102 51 810.4 0.2 14.215 2.370 11.4 12.114521102 52 835.4 0.7 5.169 2.038 37.5 12.114521102 53 888.9 0.6 6.784 1.815 23.8 12.114521102 54 905.33 0.15 48.782 7.102 7.9 12.114521102 55 924.6 0.8 6.784 1.815 23.8 12.114521102 56 936.91 0.1 76.242 10.205 5.5 12.114521102 57 954.5 0.2 25.845 4.077 10.0 12.114521102 58 976.28 0.13 53.305 7.261 6.1 12.114521102 59 991.9 0.3 14.538 2.627 13.3 12.114521102 60 1076.9 0.6 9.046 1.956 17.9 12.114521102 61 1136.9 0.3 41.998 8.246 15.4 12.114521102 62 1141.2 0.6 12.922 5.096 37.5 12.114521102 63 1178.0 0.5 22.614 7.025 28.6 12.114521102 64 1219.2 0.2 35.536 5.220 8.2 12.114521102 65 1228.9 0.8 4.846 1.135 20.0 12.114521102 66 1235.0 0.2 32.629 5.126 9.9 12.114521102 67 1243.6 0.8 3.877 1.078 25.0 12.114521102 68 1255.6 1.0 2.908 1.032 33.3 12.114521102 69 1268.7 0.8 4.523 1.405 28.6 12.114521102 70 1283.0 0.8 4.523 1.405 28.6 12.114521102 71 1305.4 0.4 9.046 1.699 14.3 12.114521102 72 1340.6 0.7 3.231 1.046 30.0 12.114521102 73 1350.8 0.3 12.599 2.230 12.8 12.114521102 74 1379.1 0.3 12.599 2.230 12.8 12.114521102 75 1406.4 0.4 7.753 1.601 16.7 12.114521102 76 1417.4 0.6 5.492 1.178 17.6 12.114521102 77 1435.6 0.2 35.536 5.047 7.3 12.114521102 78 1505.4 0.3 15.830 2.518 10.2 12.114521102 79 1546.5 0.4 8.723 1.674 14.8 12.114521102 80 1574.5 0.3 11.630 1.919 11.1 12.114521102 81 1609.9 0.8 3.877 1.376 33.3 12.114521102 82 1698.1 0.7 5.815 1.474 22.2 12.114521102 83 1744.1 0.6 5.815 1.474 22.2 12.114521102 84 1772.1 0.8 6.138 1.780 26.3 12.114521102 85 1895.2 0.8 9.046 2.230 21.4 12.114521102 86 ENDDATA 67 0 14521102 87 ENDSUBENT 86 0 1452110299999 SUBENT 14521103 20190306 148014521103 1 BIB 4 14 14521103 2 REACTION (82-PB-0(N,INL)82-PB-0,PAR,SIG,G,SPA,DEROT) Partial 14521103 3 gamma-ray production cross section, relative to a 14521103 4 specified gamma-line. 14521103 5 SAMPLE Target was Pb, in elemental form, with natural 14521103 6 abundance, and mass 27.4 g. Target was exposed for 14521103 7 21.4 hours. 14521103 8 ANALYSIS Partial gamma-ray cross sections are reported 14521103 9 relative to the normalization transition at 14521103 10 803.0 keV in 206Pb. 14521103 11 STATUS (TABLE) Data received from A.Voyles and the 14521103 12 authors of LBNL-1007259, using the methods it 14521103 13 describes. Cross sections derived from gamma-ray 14521103 14 intensities taken from table on pages 305-307 14521103 15 of this work [1978DE41], as described in ANALYSIS. 14521103 16 ENDBIB 14 0 14521103 17 NOCOMMON 0 0 14521103 18 DATA 6 57 14521103 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521103 20 KEV KEV MB MB PER-CENT PER-CENT 14521103 21 182.9 0.0 38.532 7.435 12.5 14.614521103 22 343.4 0.3 19.667 3.762 12.2 14.614521103 23 374.8 0.4 6.823 1.285 11.8 14.614521103 24 389.7 0.5 6.021 1.494 20.0 14.614521103 25 397.7 0.4 7.225 1.605 16.7 14.614521103 26 537.41 0.05 128.440 22.392 9.4 14.614521103 27 569.64 0.05 305.045 52.912 9.2 14.614521103 28 583.14 0.05 116.399 20.921 10.3 14.614521103 29 657.07 0.1 16.456 2.903 9.8 14.614521103 30 663.68 0.06 36.525 6.471 9.9 14.614521103 31 748.77 0.12 8.429 1.476 9.5 14.614521103 32 763.55 0.16 5.579 1.017 10.8 14.614521103 33 803.01 0.05 401.376 58.995 0.0 14.614521103 34 856.7 0.4 4.817 1.070 16.7 14.614521103 35 860.5 0.2 20.872 3.900 11.5 14.614521103 36 881.04 0.06 55.390 9.892 10.1 14.614521103 37 898.01 0.05 148.509 27.097 10.8 14.614521103 38 921.2 0.5 2.087 0.444 15.4 14.614521103 39 927.8 0.4 3.291 0.629 12.2 14.614521103 40 981.73 0.08 19.667 3.519 10.2 14.614521103 41 1063.71 0.05 48.968 8.660 9.8 14.614521103 42 1095.04 0.12 15.252 2.757 10.5 14.614521103 43 1126.54 0.17 7.024 1.260 10.3 14.614521103 44 1160.9 0.6 1.726 0.475 23.3 14.614521103 45 1185.7 0.6 2.047 0.502 19.6 14.614521103 46 1225.7 0.2 6.502 1.198 11.1 14.614521103 47 1283.1 0.0 4.255 0.868 14.2 14.614521103 48 1333.0 0.4 4.014 0.996 20.0 14.614521103 49 1347.3 0.0 9.633 1.859 12.5 14.614521103 50 1381.1 0.2 7.827 1.403 10.3 14.614521103 51 1393.6 0.2 5.057 0.957 11.9 14.614521103 52 1413.5 0.4 2.649 0.505 12.1 14.614521103 53 1435.17 0.12 15.252 2.757 10.5 14.614521103 54 1466.69 0.07 15.252 2.757 10.5 14.614521103 55 1542.4 0.6 1.846 0.420 17.4 14.614521103 56 1561.1 0.6 2.208 0.516 18.2 14.614521103 57 1616.3 0.3 7.225 1.331 11.1 14.614521103 58 1641.0 0.3 5.619 1.152 14.3 14.614521103 59 1648.5 0.6 1.886 0.488 21.3 14.614521103 60 1704.68 0.15 25.287 4.429 9.5 14.614521103 61 1718.3 0.6 2.408 0.877 33.3 14.614521103 62 1726.55 0.16 16.456 3.143 12.2 14.614521103 63 1770.2 0.2 24.083 4.281 10.0 14.614521103 64 1784.2 0.7 3.532 0.708 13.6 14.614521103 65 1796.9 0.6 3.693 0.811 16.3 14.614521103 66 1845.0 0.15 16.055 2.854 10.0 14.614521103 67 1878.0 0.7 3.010 0.917 26.7 14.614521103 68 1904.3 0.0 2.930 0.911 27.4 14.614521103 69 2055.3 0.8 3.171 0.928 25.3 14.614521103 70 2093.72 0.15 24.885 4.612 11.3 14.614521103 71 2322.6 0.7 3.693 1.141 27.2 14.614521103 72 2614.68 0.1 264.908 48.016 10.6 14.614521103 73 2631.7 0.8 2.729 0.723 22.1 14.614521103 74 2649.9 0.6 5.619 1.152 14.3 14.614521103 75 2769.4 1.0 3.492 0.953 23.0 14.614521103 76 2846.1 1.0 3.653 0.966 22.0 14.614521103 77 4086.2 0.8 6.422 1.530 18.7 14.614521103 78 ENDDATA 59 0 14521103 79 ENDSUBENT 78 0 1452110399999 SUBENT 14521104 20190306 148014521104 1 BIB 4 14 14521104 2 REACTION (83-BI-209(N,INL)83-BI-209,PAR,SIG,G,SPA,DEROT) Partial14521104 3 gamma-ray production cross section, relative to a 14521104 4 specified gamma-line. 14521104 5 SAMPLE Target was Bi, in elemental form, with natural 14521104 6 abundance, and mass 34.3 g. Target was exposed for 14521104 7 21.6 hours. 14521104 8 ANALYSIS Partial gamma-ray cross sections are reported 14521104 9 relative to the normalization transition at 14521104 10 896.0 keV in 209Bi. 14521104 11 STATUS (TABLE) Data received from A.Voyles and the 14521104 12 authors of LBNL-1007259, using the methods it 14521104 13 describes. Cross sections derived from gamma-ray 14521104 14 intensities taken from table on pages 308-310 14521104 15 of this work [1978DE41], as described in ANALYSIS. 14521104 16 ENDBIB 14 0 14521104 17 NOCOMMON 0 0 14521104 18 DATA 6 47 14521104 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521104 20 KEV KEV MB MB PER-CENT PER-CENT 14521104 21 225.8 0.2 12.217 3.745 26.9 14.614521104 22 246.19 0.1 89.282 26.890 26.3 14.614521104 23 413.5 0.5 18.796 5.446 25.0 14.614521104 24 807.2 0.8 4.699 2.002 40.0 14.614521104 25 896.2 0.1 469.903 68.830 0.0 14.614521104 26 922.6 0.5 4.699 2.448 50.0 14.614521104 27 948.3 1.0 1.880 0.979 50.0 14.614521104 28 992.58 0.1 65.786 17.076 21.4 14.614521104 29 1132.44 0.1 38.532 6.781 9.8 14.614521104 30 1252.8 0.5 1.175 0.457 36.0 14.614521104 31 1527.14 0.1 25.845 5.015 12.7 14.614521104 32 1546.4 0.4 28.194 5.911 15.0 14.614521104 33 1560.77 0.1 11.278 2.872 20.8 14.614521104 34 1608.97 0.1 310.136 56.086 10.6 14.614521104 35 1687.0 0.2 16.447 3.708 17.1 14.614521104 36 1720.4 0.2 7.049 2.566 33.3 14.614521104 37 1785.1 0.5 5.639 1.634 25.0 14.614521104 38 1798.9 0.8 4.699 2.002 40.0 14.614521104 39 1930.6 0.3 3.289 1.490 42.9 14.614521104 40 2142.9 0.5 6.579 2.980 42.9 14.614521104 41 2195.2 0.6 4.699 2.002 40.0 14.614521104 42 2201.9 0.8 5.169 2.468 45.5 14.614521104 43 2355.3 1.0 3.759 1.513 37.5 14.614521104 44 2414.5 1.0 6.109 2.514 38.5 14.614521104 45 2465.9 1.0 4.229 1.979 44.4 14.614521104 46 2493.4 0.2 31.484 5.665 10.4 14.614521104 47 2564.5 0.2 30.074 5.498 10.9 14.614521104 48 2583.4 1.0 8.928 2.290 21.1 14.614521104 49 2600.1 0.2 39.002 7.108 10.8 14.614521104 50 2616.0 1.0 4.699 2.448 50.0 14.614521104 51 2644.6 0.5 2.350 1.001 40.0 14.614521104 52 2659.4 1.0 1.551 0.831 51.5 14.614521104 53 2670.4 1.0 3.759 1.959 50.0 14.614521104 54 2679.6 1.0 5.639 2.490 41.7 14.614521104 55 2695.8 1.0 3.289 1.940 57.1 14.614521104 56 2705.7 1.0 3.289 1.940 57.1 14.614521104 57 2741.4 0.2 49.340 8.374 8.6 14.614521104 58 2827.4 0.5 8.928 2.290 21.1 14.614521104 59 2869.5 1.0 3.759 1.959 50.0 14.614521104 60 2904.5 1.0 3.759 1.959 50.0 14.614521104 61 2957.4 1.0 4.699 1.569 30.0 14.614521104 62 3070.8 1.0 3.289 1.490 42.9 14.614521104 63 3091.5 1.0 8.458 3.515 38.9 14.614521104 64 3135.0 0.5 15.037 2.896 12.5 14.614521104 65 3155.0 1.0 12.217 2.595 15.4 14.614521104 66 3377.4 1.5 2.819 1.469 50.0 14.614521104 67 3465.6 1.5 4.699 1.569 30.0 14.614521104 68 ENDDATA 49 0 14521104 69 ENDSUBENT 68 0 1452110499999 SUBENT 14521105 20190306 148014521105 1 BIB 4 14 14521105 2 REACTION (90-TH-232(N,INL)90-TH-232,PAR,SIG,G,SPA,DEROT) Partial14521105 3 gamma-ray production cross section, relative to a 14521105 4 specified gamma-line. 14521105 5 SAMPLE Target was Th, in ThOH form, with natural 14521105 6 abundance, and mass 26.3 g. Target was exposed for 14521105 7 17.2 hours. 14521105 8 ANALYSIS Partial gamma-ray cross sections are reported 14521105 9 relative to the normalization transition at 14521105 10 666.0 keV in 232Th. 14521105 11 STATUS (TABLE) Data received from A.Voyles and the 14521105 12 authors of LBNL-1007259, using the methods it 14521105 13 describes. Cross sections derived from gamma-ray 14521105 14 intensities taken from table on pages 311-312 14521105 15 of this work [1978DE41], as described in ANALYSIS. 14521105 16 ENDBIB 14 0 14521105 17 NOCOMMON 0 0 14521105 18 DATA 6 67 14521105 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521105 20 KEV KEV MB MB PER-CENT PER-CENT 14521105 21 171.6 0.2 352.427 39.456 0.0 11.114521105 22 185.4 0.6 31.718 11.153 33.3 11.114521105 23 218.6 0.6 24.670 7.570 28.6 11.114521105 24 223.5 0.3 52.864 12.117 20.0 11.114521105 25 376.5 0.6 19.384 5.714 27.3 11.114521105 26 396.8 0.5 21.146 5.792 25.0 11.114521105 27 443.3 0.7 14.097 3.862 25.0 11.114521105 28 457.1 0.7 14.802 3.894 23.8 11.114521105 29 463.4 0.7 16.212 4.602 26.1 11.114521105 30 472.1 0.6 12.335 4.785 37.1 11.114521105 31 492.6 0.6 15.154 4.232 25.6 11.114521105 32 519.5 0.7 10.573 3.058 26.7 11.114521105 33 539.8 0.3 23.613 5.911 22.4 11.114521105 34 550.43 0.15 91.631 14.732 11.5 11.114521105 35 612.25 0.1 296.039 41.317 8.3 11.114521105 36 627.7 0.3 26.784 7.017 23.7 11.114521105 37 665.54 0.1 345.379 47.854 8.2 11.114521105 38 681.07 0.15 66.961 12.961 15.8 11.114521105 39 714.7 0.3 49.340 8.955 14.3 11.114521105 40 727.9 0.0 158.592 39.463 22.2 11.114521105 41 736.14 0.1 193.835 41.388 18.2 11.114521105 42 768.6 0.6 11.278 3.089 25.0 11.114521105 43 774.17 0.15 70.485 13.193 15.0 11.114521105 44 780.42 0.15 190.311 30.018 11.1 11.114521105 45 785.43 0.15 116.301 19.190 12.1 11.114521105 46 798.1 0.4 56.388 12.314 18.8 11.114521105 47 808.6 0.0 21.146 7.435 33.3 11.114521105 48 815.2 0.6 11.983 3.771 29.4 11.114521105 49 823.4 0.2 42.291 8.491 16.7 11.114521105 50 861.3 1.0 7.049 2.928 40.0 11.114521105 51 943.4 0.8 7.753 2.286 27.3 11.114521105 52 959.9 0.3 35.243 8.078 20.0 11.114521105 53 981.4 0.2 38.767 8.278 18.2 11.114521105 54 986.6 1.1 6.696 2.244 31.6 11.114521105 55 1003.9 0.5 14.097 3.862 25.0 11.114521105 56 1023.9 0.2 77.534 16.555 18.2 11.114521105 57 1029.5 0.3 31.718 7.893 22.2 11.114521105 58 1046.3 0.0 31.718 7.893 22.2 11.114521105 59 1056.1 0.15 77.534 13.680 13.6 11.114521105 60 1072.7 0.2 81.058 13.933 13.0 11.114521105 61 1077.4 0.2 77.534 13.680 13.6 11.114521105 62 1102.0 0.8 11.983 3.771 29.4 11.114521105 63 1105.5 1.0 6.696 2.244 31.6 11.114521105 64 1119.2 0.0 5.991 2.218 35.3 11.114521105 65 1133.24 0.16 59.913 9.730 11.8 11.114521105 66 1166.9 0.5 11.278 3.744 31.2 11.114521105 67 1217.3 1.5 2.819 1.445 50.0 11.114521105 68 1224.4 1.2 4.582 1.500 30.8 11.114521105 69 1248.4 1.2 4.582 1.500 30.8 11.114521105 70 1302.8 0.6 11.278 3.089 25.0 11.114521105 71 1314.6 1.0 7.049 2.257 30.0 11.114521105 72 1322.9 0.4 16.917 4.634 25.0 11.114521105 73 1391.9 1.1 5.639 2.207 37.5 11.114521105 74 1400.3 0.4 17.621 4.667 24.0 11.114521105 75 1415.7 1.2 4.582 1.835 38.5 11.114521105 76 1429.9 0.5 15.507 3.929 22.7 11.114521105 77 1436.5 1.2 4.934 1.847 35.7 11.114521105 78 1486.8 0.6 11.983 3.771 29.4 11.114521105 79 1504.4 0.0 28.194 7.723 25.0 11.114521105 80 1561.6 0.7 14.097 3.231 20.0 11.114521105 81 1571.6 0.0 17.621 4.667 24.0 11.114521105 82 1640.6 0.6 11.630 3.106 24.2 11.114521105 83 1662.6 1.0 7.049 2.257 30.0 11.114521105 84 1870.5 1.5 4.229 2.167 50.0 11.114521105 85 1902.8 1.5 6.344 2.231 33.3 11.114521105 86 1941.2 1.5 4.582 2.176 46.2 11.114521105 87 1952.5 1.5 4.582 2.176 46.2 11.114521105 88 ENDDATA 69 0 14521105 89 ENDSUBENT 88 0 1452110599999 SUBENT 14521106 20190306 148014521106 1 BIB 4 14 14521106 2 REACTION (92-U-0(N,INL)92-U-0,PAR,SIG,G,SPA,DEROT) Partial 14521106 3 gamma-ray production cross section, relative to a 14521106 4 specified gamma-line. 14521106 5 SAMPLE Target was U, in U3O8 form, with natural 14521106 6 abundance, and mass 40.0 g. Target was exposed for 14521106 7 22.2 hours. 14521106 8 ANALYSIS Partial gamma-ray cross sections are reported 14521106 9 relative to the normalization transition at 14521106 10 635.0 keV in 238U. 14521106 11 STATUS (TABLE) Data received from A.Voyles and the 14521106 12 authors of LBNL-1007259, using the methods it 14521106 13 describes. Cross sections derived from gamma-ray 14521106 14 intensities taken from table on pages 313-316 14521106 15 of this work [1978DE41], as described in ANALYSIS. 14521106 16 ENDBIB 14 0 14521106 17 NOCOMMON 0 0 14521106 18 DATA 6 87 14521106 19 E E-ERR DATA ERR-T ERR-1 ERR-2 14521106 20 KEV KEV MB MB PER-CENT PER-CENT 14521106 21 158.9 0.2 198.730 63.109 28.6 13.814521106 22 173.6 0.8 102.204 29.216 25.0 13.814521106 23 191.9 0.4 122.077 45.824 34.9 13.814521106 24 203.6 0.4 42.585 12.798 26.7 13.814521106 25 211.2 0.3 70.975 17.271 20.0 13.814521106 26 218.1 0.4 45.424 12.985 25.0 13.814521106 27 258.9 0.7 13.059 3.367 21.7 13.814521106 28 269.6 0.0 42.585 10.363 20.0 13.814521106 29 295.5 0.2 56.780 11.597 15.0 13.814521106 30 306.6 0.7 11.640 3.022 22.0 13.814521106 31 317.0 0.7 10.220 2.677 22.2 13.814521106 32 325.5 0.3 48.263 10.830 17.6 13.814521106 33 331.6 0.0 42.585 12.798 26.7 13.814521106 34 352.0 0.2 56.780 9.705 10.0 13.814521106 35 357.9 0.2 48.263 8.775 11.8 13.814521106 36 370.0 1.0 7.665 2.253 25.9 13.814521106 37 376.5 0.4 31.229 7.140 18.2 13.814521106 38 381.1 0.8 8.517 2.312 23.3 13.814521106 39 448.2 0.4 34.068 7.385 16.7 13.814521106 40 457.0 0.0 17.034 4.869 25.0 13.814521106 41 468.7 0.8 9.369 2.616 24.2 13.814521106 42 535.9 0.4 31.229 7.140 18.2 13.814521106 43 540.5 0.6 13.059 3.858 26.1 13.814521106 44 546.4 0.4 25.551 6.692 22.2 13.814521106 45 553.6 0.4 28.390 6.908 20.0 13.814521106 46 583.61 0.12 167.501 30.561 11.9 13.814521106 47 589.4 0.5 51.102 15.864 27.8 13.814521106 48 621.1 0.5 14.479 4.453 27.5 13.814521106 49 635.24 0.12 283.900 39.352 0.0 13.814521106 50 641.3 0.4 51.102 13.384 22.2 13.814521106 51 679.87 0.16 244.154 44.174 11.6 13.814521106 52 687.0 0.2 227.120 42.392 12.5 13.814521106 53 724.1 0.4 51.102 9.078 11.1 13.814521106 54 749.3 0.6 9.936 2.903 25.7 13.814521106 55 768.1 0.3 42.585 8.190 13.3 13.814521106 56 775.1 0.6 14.195 4.691 30.0 13.814521106 57 799.5 0.6 19.873 6.311 28.6 13.814521106 58 808.8 0.6 51.102 40.372 77.8 13.814521106 59 817.0 0.3 73.814 15.285 15.4 13.814521106 60 848.9 0.4 88.009 23.319 22.6 13.814521106 61 885.23 0.12 221.442 33.818 6.4 13.814521106 62 905.4 0.4 56.780 11.597 15.0 13.814521106 63 911.2 0.4 62.458 12.145 13.6 13.814521106 64 921.1 0.5 22.712 6.492 25.0 13.814521106 65 932.5 0.5 16.750 5.101 27.1 13.814521106 66 952.6 0.4 99.365 21.906 17.1 13.814521106 67 958.1 0.0 56.780 16.231 25.0 13.814521106 68 967.9 0.5 22.712 6.492 25.0 13.814521106 69 975.7 0.5 34.068 7.385 16.7 13.814521106 70 991.9 0.4 19.305 4.332 17.6 13.814521106 71 1015.1 0.3 261.188 38.887 5.4 13.814521106 72 1020.4 0.5 65.297 14.522 17.4 13.814521106 73 1038.0 0.0 11.924 3.285 23.8 13.814521106 74 1060.94 0.13 136.272 22.040 8.3 13.814521106 75 1084.2 0.4 31.229 7.140 18.2 13.814521106 76 1091.2 0.0 19.589 4.582 18.8 13.814521106 77 1103.6 0.8 4.542 1.298 25.0 13.814521106 78 1113.6 0.8 6.246 1.663 22.7 13.814521106 79 1121.7 0.0 20.441 4.881 19.4 13.814521106 80 1132.2 0.6 12.492 2.856 18.2 13.814521106 81 1159.7 0.5 9.653 2.396 20.6 13.814521106 82 1179.6 0.3 36.907 7.643 15.4 13.814521106 83 1198.6 0.6 15.614 5.032 29.1 13.814521106 84 1216.4 0.8 34.068 9.739 25.0 13.814521106 85 1223.4 0.6 39.746 10.144 21.4 13.814521106 86 1233.6 0.7 16.466 4.101 20.7 13.814521106 87 1248.5 0.7 6.814 2.460 33.3 13.814521106 88 1263.6 0.9 5.678 2.946 50.0 13.814521106 89 1279.1 0.3 31.229 6.072 13.6 13.814521106 90 1311.8 0.0 34.068 7.385 16.7 13.814521106 91 1335.7 0.8 11.356 3.246 25.0 13.814521106 92 1360.8 1.0 7.665 2.507 29.6 13.814521106 93 1367.8 0.4 24.415 5.220 16.3 13.814521106 94 1383.4 0.4 24.415 5.220 16.3 13.814521106 95 1413.3 0.8 8.233 2.292 24.1 13.814521106 96 1428.0 0.5 19.873 4.836 20.0 13.814521106 97 1436.0 0.4 31.229 7.140 18.2 13.814521106 98 1456.5 0.8 7.949 3.581 42.9 13.814521106 99 1471.2 0.7 12.492 3.571 25.0 13.814521106 100 1524.5 1.2 4.542 1.816 37.5 13.814521106 101 1549.1 1.2 3.975 1.790 42.9 13.814521106 102 1584.9 0.0 8.517 2.312 23.3 13.814521106 103 1613.6 0.8 6.814 1.948 25.0 13.814521106 104 1676.2 1.1 6.246 1.911 27.3 13.814521106 105 1718.1 1.0 6.246 1.911 27.3 13.814521106 106 1780.5 1.2 6.814 1.948 25.0 13.814521106 107 1905.8 0.9 7.949 2.272 25.0 13.814521106 108 ENDDATA 89 0 14521106 109 ENDSUBENT 108 0 1452110699999 ENDENTRY 106 0 1452199999999