ENTRY 20403 20180821 227020403 0 1 SUBENT 20403001 20180821 227020403 1 1 BIB 16 68 20403 1 2 INSTITUTE (2UK ALD) 20403 1 3 REFERENCE (R,AWRE-O-45/70,1970) 20403 1 4 (W,PORTER,197007) preprint to Nucl.Phys.(not published)20403 1 5 AUTHOR (D.Porter, R.E.Coles, K.Wyld) 20403 1 6 TITLE Elastic and inelastic scattering of neutrons in the 20403 1 7 energy range 2 to 5 MeV by B-10 and B-11 20403 1 8 FACILITY (VDG,2UK ALD) AWRE 6 MV Van de Graaff accelerator. 20403 1 9 INC-SOURCE (P-T) Up to 4.312 MeV, T(p,n) reaction, tritium 20403 1 10 gas target at 760 Torr pressure with an 0.0003 cm 20403 1 11 thick Mo entrance foil 20403 1 12 (D-D) For higher energy, D(d,n) reaction with a 20403 1 13 similar target cell. 20403 1 14 By the special care for runs using D-D neutron source 20403 1 15 and by optimizing the beam transmission, synchronous 20403 1 16 backgrounds of neutrons were kept to a minimum, ie, 20403 1 17 +- 2.5% of the 0. deg. neutron yield. 20403 1 18 INC-SPECT (EN-RSL-HW) The error limits on n-energies are a 20403 1 19 combination of the energy loss in the gas cell and 20403 1 20 calibration uncertainties. 20403 1 21 SAMPLE .Isotopically enriched boron powder in annular 20403 1 22 cylindrical aluminium cans. 20403 1 23 .The wall thickness was 0.025 cm and the 20403 1 24 internal dimensions were, height = 5.05 +- 0.09 cm, 20403 1 25 inner diameter = 2.498 +- 0.005 cm, outer diameter = 20403 1 26 4.496 +- 0.005 cm. 20403 1 27 METHOD (TOF) Time of flight, flight path = 1.747 m, 20403 1 28 time resolution in the TOF spectra was broadened by 20403 1 29 large dimensions of scattering samples, but was 20403 1 30 sufficient to resolve the 1st excited state in B-11 20403 1 31 at all energies used. In B-10, neutrons scattered to 20403 1 32 the 1st excited state were only satisfactorily 20403 1 33 resolved at two lowest energies. 20403 1 34 DETECTOR (SCIN) Liquid scintillator (NE213) (see REL-REF) 20403 1 35 * A separate fixed time of flight spectrometer viewing20403 1 36 the target cell was used throughout as a monitor by 20403 1 37 means of which neutron yields at different angles were20403 1 38 compared. 20403 1 39 ADD-RES (COMP) .The elastic angular distributions were 20403 1 40 compared with a non-local optical model 20403 1 41 .The differential and integrated inelastic 20403 1 42 cross sections were compared with Hauser-Feshbach 20403 1 43 theory with fluctuations (HFW), using optical 20403 1 44 potential from the elastic angular distribution-fit 20403 1 45 with estimates of optical potentials for (n,p), (n,t) 20403 1 46 and (n,alpha). 20403 1 47 MONITOR (1-H-1(N,EL)1-H-1,,DA) The scattering at 45 deg from 20403 1 48 the polythene sample was measured. 20403 1 49 MONIT-REF (,A.Horsley,J,ND/A,2,243,1966) 20403 1 50 REL-REF (M,21328001,J.H.Towle,J,NP/A,117,657,1968) - experim. 20403 1 51 procedures described 20403 1 52 (M,,J.H.Towle+,J,NP/A,118,500,1968) - The neutron 20403 1 53 detection system described 20403 1 54 (R,,C.M.Lederer+,B,LEDERER-6,,,1967) - 20403 1 55 Decay data and their uncertainties 20403 1 56 (M,,J.B.Parker+,J,NIM,30,77,1964) The MAGGIE program 20403 1 57 COMMENT by rights the optical model should not apply at these 20403 1 58 energies in light nuclei. and it appears that simple 20403 1 59 optical model and compound nucleus calculations of 20403 1 60 elastic and inelastic scattering in B-10 and B-11 at 20403 1 61 these low energies are not particularly useful. The 20403 1 62 best optical model potentials from fits to the 20403 1 63 elastic scattering data do not show any systematic 20403 1 64 energy dependence but fluctuate rather wildly. 20403 1 65 HISTORY (19710429C) 20403 1 66 (20180821A) SD:Updated to new date formats,lower case. 20403 1 67 MONIT-REF was added. Major corrections in all Subents. 20403 1 68 Subents 003-009; 011-017; 021-027; 029-033 were merged.20403 1 69 ANALYSIS deleted (info moved to ADD-RES). 20403 1 70 ENDBIB 68 0 20403 1 71 NOCOMMON 0 0 20403 1 72 ENDSUBENT 71 0 20403 199999 SUBENT 20403002 20180821 227020403 2 1 BIB 6 32 20403 2 2 REACTION (5-B-10(N,EL)5-B-10,,SIG) 20403 2 3 SAMPLE (5-B-10,ENR=0.9229) .Isotopic composition, 20403 2 4 for B-10, 92.29% B-10 7.71% B-11. 20403 2 5 .The estimate of the amount of hydrogen 20403 2 6 contamination is 1.8% H by atom in B-10. 20403 2 7 CORRECTION In calculating cross sections, corrections were made 20403 2 8 for flux attenuation and multiple scattering using 20403 2 9 the Monte Carlo code program MAGGIE. 20403 2 10 .For elastic peak estimates, 20403 2 11 (A) contamination neutrons 20403 2 12 (B) energy reduction of elastically scattered neutron 20403 2 13 by light nuclei multiple collision (shift to inelastic20403 2 14 region of the time spectrum), 20403 2 15 (C) the scattered neutrons from the collimator-wall, 20403 2 16 (D) random counts due to electronic noise and 20403 2 17 background neutrons and gammas, were considered 20403 2 18 to be corrected. 20403 2 19 ERR-ANALYS (ERR-T) The error represents one standard deviation, 20403 2 20 they are a combination of the relative errors and 20403 2 21 the absolute error from the normalization. 20403 2 22 - the relative error is taken as that on the area 20403 2 23 derived by integration of the Legendre polynomial fits20403 2 24 (even and odd terms) to the data) 20403 2 25 (ERR-1) the absolute error is from the normalization to20403 2 26 hydrogen and uncertainties from the sample composition20403 2 27 and impurities plus the effect of the Al can screening20403 2 28 STATUS (TABLE) Table 5 of AWRE-O-45/70. 20403 2 29 (DEP,20403003) 20403 2 30 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 2 31 DATA-ERR -> ERR-T. BIB was updated. MISC deleted (not 20403 2 32 relevant to EXFOR - optical model calculation). 20403 2 33 EN-RSL -> EN-RSL-HW. 20403 2 34 ENDBIB 32 0 20403 2 35 COMMON 1 3 20403 2 36 ERR-1 20403 2 37 PER-CENT 20403 2 38 3.5 20403 2 39 ENDCOMMON 3 0 20403 2 40 DATA 4 7 20403 2 41 EN EN-RSL-HW DATA ERR-T 20403 2 42 MEV MEV B B 20403 2 43 2.032 0.032 1.32 0.04 20403 2 44 2.618 0.027 1.83 0.06 20403 2 45 3.177 0.024 1.74 0.06 20403 2 46 3.740 0.022 1.40 0.05 20403 2 47 4.312 0.020 1.29 0.05 20403 2 48 4.338 0.121 1.44 0.05 20403 2 49 4.823 0.098 1.34 0.05 20403 2 50 ENDDATA 9 0 20403 2 51 ENDSUBENT 50 0 20403 299999 SUBENT 20403003 20180821 227020403 3 1 BIB 7 32 20403 3 2 REACTION (5-B-10(N,EL)5-B-10,,DA) 20403 3 3 SAMPLE (5-B-10,ENR=0.9229) .Isotopic composition, 20403 3 4 for B-10, 92.29% B-10 7.71% B-11. 20403 3 5 .The estimate of the amount of hydrogen 20403 3 6 contamination is 1.8% H by atom in B-10. 20403 3 7 CORRECTION In calculating cross sections, corrections were made 20403 3 8 for flux attenuation and multiple scattering using 20403 3 9 the Monte Carlo code program MAGGIE. 20403 3 10 .For elastic peak estimates, 20403 3 11 (A) contamination neutrons 20403 3 12 (B) energy reduction of elastically scattered neutron 20403 3 13 by light nuclei multiple collision (shift to inelastic20403 3 14 region of the time spectrum), 20403 3 15 (C) the scattered neutrons from the collimator-wall, 20403 3 16 (D) random counts due to electronic noise and 20403 3 17 background neutrons and gammas, were considered 20403 3 18 to be corrected. 20403 3 19 MISC-COL (MISC) measured data, without MAGGIE correction 20403 3 20 ERR-ANALYS (MISC-ERR) The error represents one standard deviation,20403 3 21 they are a combination of the relative errors 20403 3 22 (statistics, n- detector efficiency and other sources)20403 3 23 and the absolute error from the normalization to the 20403 3 24 hydrogen and uncertainties from the sample composition20403 3 25 and impurities plus the effect of the Al can screening20403 3 26 (ERR-1) the absolute error 20403 3 27 STATUS (TABLE) Tables 1A,2A,3A,4A,5A,6A,7A (p.20-26) 20403 3 28 from AWRE-O-45/70. 20403 3 29 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 3 30 BIB was updated. Data from Subents 004-009 were added. 20403 3 31 DATA -> DATA-CM; DATA-ERR -> ERR-T. MISC(-ERR) added. 20403 3 32 -0.856 -> -0.756 MeV at En=2.032 MeV (mistake in Tbl.).20403 3 33 EN-RSL -> EN-RSL-HW. 20403 3 34 ENDBIB 32 0 20403 3 35 COMMON 1 3 20403 3 36 ERR-1 20403 3 37 PER-CENT 20403 3 38 3. 20403 3 39 ENDCOMMON 3 0 20403 3 40 DATA 6 70 20403 3 41 EN EN-RSL-HW COS-CM DATA-CM MISC MISC-ERR 20403 3 42 MEV MEV NO-DIM MB/SR MB/SR MB/SR 20403 3 43 2.032 0.032 -0.756 101.0 101. 5.20403 3 44 2.032 0.032 -0.574 79.5 82.1 4.120403 3 45 2.032 0.032 -0.352 68.6 73.7 3.720403 3 46 2.032 0.032 -0.101 63.9 69.3 3.520403 3 47 2.032 0.032 0.075 71.2 76.6 4.020403 3 48 2.032 0.032 0.251 88.2 92.8 4.520403 3 49 2.032 0.032 0.422 111.0 112. 6.20403 3 50 2.032 0.032 0.582 131.0 129. 7.20403 3 51 2.032 0.032 0.723 149.0 147. 7.20403 3 52 2.032 0.032 0.840 184.0 171. 9.20403 3 53 2.618 0.027 -0.756 175. 171. 9.20403 3 54 2.618 0.027 -0.574 112. 117. 6.20403 3 55 2.618 0.027 -0.352 67.1 79.9 4.020403 3 56 2.618 0.027 -0.101 46.9 62.4 3.120403 3 57 2.618 0.027 0.075 52.6 69.4 3.520403 3 58 2.618 0.027 0.251 74.0 92.2 4.620403 3 59 2.618 0.027 0.422 105. 116. 6.20403 3 60 2.618 0.027 0.582 163. 168. 8.20403 3 61 2.618 0.027 0.723 226. 215. 11.20403 3 62 2.618 0.027 0.840 318. 281. 14.20403 3 63 3.177 0.024 -0.756 152. 152. 8.20403 3 64 3.177 0.024 -0.574 110. 114. 6.20403 3 65 3.177 0.024 -0.352 65.8 76.0 3.820403 3 66 3.177 0.024 -0.101 38.4 53.7 2.720403 3 67 3.177 0.024 0.075 31.9 48.7 2.420403 3 68 3.177 0.024 0.251 49.7 70.3 3.520403 3 69 3.177 0.024 0.422 91.7 105. 5.20403 3 70 3.177 0.024 0.582 157. 159. 8.20403 3 71 3.177 0.024 0.723 250. 234. 12.20403 3 72 3.177 0.024 0.840 345. 304. 15.20403 3 73 3.740 0.022 -0.756 103. 101. 5.20403 3 74 3.740 0.022 -0.574 80.1 81.2 4.120403 3 75 3.740 0.022 -0.352 50.7 56.6 2.820403 3 76 3.740 0.022 -0.101 33.7 44.6 2.220403 3 77 3.740 0.022 0.075 34.8 48.1 2.420403 3 78 3.740 0.022 0.251 49.1 64.0 3.220403 3 79 3.740 0.022 0.422 88. 99.8 5.020403 3 80 3.740 0.022 0.582 137. 142. 7.20403 3 81 3.740 0.022 0.723 206. 197. 10.20403 3 82 3.740 0.022 0.840 292. 262. 13.20403 3 83 4.312 0.020 -0.756 73.5 80.5 4.020403 3 84 4.312 0.020 -0.574 68.5 71.1 3.620403 3 85 4.312 0.020 -0.352 64.1 64.8 3.220403 3 86 4.312 0.020 -0.101 54.8 59.3 2.720403 3 87 4.312 0.020 0.075 42.4 51.1 2.620403 3 88 4.312 0.020 0.251 48.2 59.1 3.020403 3 89 4.312 0.020 0.422 77.6 87.6 4.420403 3 90 4.312 0.020 0.581 126. 130. 7.20403 3 91 4.312 0.020 0.723 202. 193. 10.20403 3 92 4.312 0.020 0.840 238. 215. 11.20403 3 93 4.338 0.121 -0.756 75.4 81.3 4.120403 3 94 4.338 0.121 -0.574 73.6 78.5 3.920403 3 95 4.338 0.121 -0.352 58.8 62.5 3.120403 3 96 4.338 0.121 -0.101 55.6 61.8 3.120403 3 97 4.338 0.121 0.075 45.9 54.4 2.720403 3 98 4.338 0.121 0.251 55. 65.8 3.320403 3 99 4.338 0.121 0.422 82.6 92.7 4.620403 3 100 4.338 0.121 0.581 130. 135. 7.20403 3 101 4.338 0.121 0.723 210. 203. 10.20403 3 102 4.338 0.121 0.840 322. 293. 15.20403 3 103 4.823 0.098 -0.756 52.9 62.9 3.120403 3 104 4.823 0.098 -0.574 61.4 65.2 3.320403 3 105 4.823 0.098 -0.352 73.7 70.3 3.520403 3 106 4.823 0.098 -0.101 62.1 60.4 3.020403 3 107 4.823 0.098 0.075 52.9 57.5 2.920403 3 108 4.823 0.098 0.251 51.6 60.8 3.020403 3 109 4.823 0.098 0.422 63.3 74.0 3.720403 3 110 4.823 0.098 0.581 111. 120. 6.20403 3 111 4.823 0.098 0.723 185. 183. 9.20403 3 112 4.823 0.098 0.840 316. 291. 15.20403 3 113 ENDDATA 72 0 20403 3 114 ENDSUBENT 113 0 20403 399999 NOSUBENT 20403004 20180821 227020403 4 1 NOSUBENT 20403005 20180821 227020403 5 1 NOSUBENT 20403006 20180821 227020403 6 1 NOSUBENT 20403007 20180821 227020403 7 1 NOSUBENT 20403008 20180821 227020403 8 1 NOSUBENT 20403009 20180821 227020403 9 1 SUBENT 20403010 20180821 227020403 10 1 BIB 7 34 20403 10 2 REACTION (5-B-10(N,INL)5-B-10,PAR,SIG) 20403 10 3 SAMPLE (5-B-10,ENR=0.9229) .Isotopic composition, 20403 10 4 for B-10, 92.29% B-10 7.71% B-11. 20403 10 5 .The estimate of the amount of hydrogen 20403 10 6 contamination is 1.8% H by atom in B-10. 20403 10 7 FLAG (1.) The experimental runs for 4.312 and 4.338 20403 10 8 MeV have been combined as the overlapping ones. 20403 10 9 Although the apparent duplication of work at neutron 20403 10 10 energies 4.312 and 4.338 MeV is unfortunate, it does 20403 10 11 provide a check on the extraction of inelastic cross 20403 10 12 sections from backgrounds due to the tails from elastic20403 10 13 peaks and from other sources such as the hydrogen 20403 10 14 contamination. It thus allows an estimate of errors due20403 10 15 to circumstances which otherwise are difficult to 20403 10 16 quantify. 20403 10 17 CORRECTION In calculating cross sections, corrections were made 20403 10 18 for flux attenuation and multiple scattering using 20403 10 19 the Monte Carlo code program MAGGIE. 20403 10 20 .For inelastic peak estimates, corrections due to 20403 10 21 separation of inelastic group from elastic peak and 20403 10 22 the presence of H-contamination are considered. 20403 10 23 ERR-ANALYS (ERR-T) The error represents one standard deviation, 20403 10 24 they are a combination of the relative errors and 20403 10 25 the absolute error from the normalization. 20403 10 26 - the relative error is taken as that on the area 20403 10 27 derived by integration of the Legendre polynomial fits20403 10 28 (even and odd terms) to the data) 20403 10 29 (ERR-1) the absolute error is from the normalization to20403 10 30 hydrogen and uncertainties from the sample composition20403 10 31 and impurities plus the effect of the Al can screening20403 10 32 STATUS (TABLE) Table 7 of AWRE-O-45/70. 20403 10 33 (DEP,20403011) 20403 10 34 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 10 35 DATA-ERR -> ERR-T. BIB was updated. EN-RSL -> EN-RSL-HW20403 10 36 ENDBIB 34 0 20403 10 37 COMMON 1 3 20403 10 38 ERR-1 20403 10 39 PER-CENT 20403 10 40 5.5 20403 10 41 ENDCOMMON 3 0 20403 10 42 DATA 6 18 20403 10 43 EN EN-RSL-HW E-LVL DATA ERR-T FLAG 20403 10 44 MEV MEV MEV B B NO-DIM 20403 10 45 2.032 0.032 0.717 0.0817 0.0045 20403 10 46 2.618 0.027 0.717 0.0637 0.0045 20403 10 47 3.177 0.024 0.717 0.0545 0.0055 20403 10 48 3.177 0.024 1.740 0.0075 0.0048 20403 10 49 3.177 0.024 2.154 0.0109 0.0012 20403 10 50 3.740 0.021 0.717 0.0481 0.0046 20403 10 51 3.740 0.021 1.740 0.0054 0.0048 20403 10 52 3.740 0.021 2.154 0.0220 0.0011 20403 10 53 4.312 0.020 0.717 0.0902 0.0043 1.20403 10 54 4.312 0.020 1.740 0.0151 0.0072 1.20403 10 55 4.312 0.020 2.154 0.0322 0.0015 1.20403 10 56 4.338 0.121 0.717 0.0902 0.0043 1.20403 10 57 4.338 0.121 1.740 0.0151 0.0072 1.20403 10 58 4.338 0.121 2.154 0.0322 0.0015 1.20403 10 59 4.823 0.098 0.717 0.0923 0.0043 20403 10 60 4.823 0.098 1.740 0.0088 0.0056 20403 10 61 4.823 0.098 2.154 0.0457 0.0022 20403 10 62 4.823 0.098 3.590 0.0171 0.0014 20403 10 63 ENDDATA 20 0 20403 10 64 ENDSUBENT 63 0 20403 1099999 SUBENT 20403011 20180821 227020403 11 1 BIB 6 28 20403 11 2 REACTION (5-B-10(N,INL)5-B-10,PAR,DA) 20403 11 3 SAMPLE (5-B-10,ENR=0.9229) .Isotopic composition, 20403 11 4 for B-10, 92.29% B-10 7.71% B-11. 20403 11 5 .The estimate of the amount of hydrogen 20403 11 6 contamination is 1.8% H by atom in B-10. 20403 11 7 CORRECTION In calculating cross sections, corrections were made 20403 11 8 for flux attenuation and multiple scattering using 20403 11 9 the Monte Carlo code program MAGGIE. 20403 11 10 .For inelastic peak estimates, corrections due to 20403 11 11 separation of inelastic group from elastic peak and 20403 11 12 the presence of H-contamination are considered. 20403 11 13 ERR-ANALYS (ERR-T) The error represents one standard deviation, 20403 11 14 they are a combination of the relative errors 20403 11 15 (statistics, n-detector efficiency and other sources) 20403 11 16 and the absolute error from the normalization to the 20403 11 17 hydrogen and uncertainties from the sample composition20403 11 18 and impurities plus the effect of the Al can screening20403 11 19 (ERR-1,20.,30.) the relative errors 20 to 30% due to: 20403 11 20 .For inelastics, also with reference to the overlapping20403 11 21 runs at 4.312 and 4.338 MeV in the peak unfolding 20403 11 22 method. 20403 11 23 STATUS (TABLE) Tables 1A,2A,3A,4A,5A,7A (p.20-26) 20403 11 24 from AWRE-O-45/70. 20403 11 25 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 11 26 BIB was updated. Data from Subents 012-017 were added. 20403 11 27 DATA -> DATA-CM; DATA-ERR -> ERR-T. All values for 20403 11 28 col. COS-CM were corrected according presentation. 20403 11 29 EN-RSL -> EN-RSL-HW. 20403 11 30 ENDBIB 28 0 20403 11 31 NOCOMMON 0 0 20403 11 32 DATA 7 180 20403 11 33 EN EN-RSL-HW E-LVL COS-CM DATA-CM ERR-T 20403 11 34 DATA-MAX 20403 11 35 MEV MEV MEV NO-DIM MB/SR MB/SR 20403 11 36 MB/SR 20403 11 37 2.032 0.032 0.717 -0.756 4.6 0.920403 11 38 20403 11 39 2.032 0.032 0.717 -0.574 6.3 1.320403 11 40 20403 11 41 2.032 0.032 0.717 -0.352 8.0 1.620403 11 42 20403 11 43 2.032 0.032 0.717 -0.101 7.3 1.520403 11 44 20403 11 45 2.032 0.032 0.717 0.075 9.0 1.820403 11 46 20403 11 47 2.032 0.032 0.717 0.251 7.6 1.520403 11 48 20403 11 49 2.032 0.032 0.717 0.422 9.9 2.020403 11 50 20403 11 51 2.032 0.032 0.717 0.582 6.8 1.420403 11 52 20403 11 53 2.032 0.032 0.717 0.723 5.0 1.020403 11 54 20403 11 55 2.032 0.032 0.717 0.840 4.8 1.020403 11 56 20403 11 57 2.618 0.027 0.717 -0.756 4.1 0.820403 11 58 20403 11 59 2.618 0.027 0.717 -0.574 4.4 1.320403 11 60 20403 11 61 2.618 0.027 0.717 -0.352 5.0 1.020403 11 62 20403 11 63 2.618 0.027 0.717 -0.101 8.4 1.720403 11 64 20403 11 65 2.618 0.027 0.717 0.075 6.8 1.420403 11 66 20403 11 67 2.618 0.027 0.717 0.251 5.0 1.020403 11 68 20403 11 69 2.618 0.027 0.717 0.422 9.1 1.820403 11 70 20403 11 71 2.618 0.027 0.717 0.582 5.0 1.020403 11 72 20403 11 73 2.618 0.027 0.717 0.723 4.4 1.320403 11 74 20403 11 75 2.618 0.027 0.717 0.840 4.3 1.320403 11 76 20403 11 77 3.177 0.024 0.717 -0.756 5.1 1.320403 11 78 20403 11 79 3.177 0.024 0.717 -0.574 5.6 1.220403 11 80 20403 11 81 3.177 0.024 0.717 -0.352 5.4 2.120403 11 82 20403 11 83 3.177 0.024 0.717 -0.101 2.7 0.920403 11 84 20403 11 85 3.177 0.024 0.717 0.075 5.4 2.120403 11 86 20403 11 87 3.177 0.024 0.717 0.251 4.8 1.220403 11 88 20403 11 89 3.177 0.024 0.717 0.422 3.4 1.220403 11 90 20403 11 91 3.177 0.024 0.717 0.582 3.6 1.320403 11 92 20403 11 93 3.177 0.024 0.717 0.723 5.4 2.120403 11 94 20403 11 95 3.177 0.024 0.717 0.840 6.5 2.320403 11 96 20403 11 97 3.177 0.024 1.740 -0.756 20403 11 98 0.2 20403 11 99 3.177 0.024 1.740 -0.574 0.7 0.320403 11 100 20403 11 101 3.177 0.024 1.740 -0.352 20403 11 102 0.2 20403 11 103 3.177 0.024 1.740 -0.101 0.5 0.320403 11 104 20403 11 105 3.177 0.024 1.740 0.075 0.5 0.320403 11 106 20403 11 107 3.177 0.024 1.740 0.251 0.2 0.120403 11 108 20403 11 109 3.177 0.024 1.740 0.422 1.1 0.520403 11 110 20403 11 111 3.177 0.024 1.740 0.582 20403 11 112 0.2 20403 11 113 3.177 0.024 1.740 0.723 20403 11 114 0.1 20403 11 115 3.177 0.024 1.740 0.840 20403 11 116 0.3 20403 11 117 3.177 0.024 2.154 -0.756 1.3 0.420403 11 118 20403 11 119 3.177 0.024 2.154 -0.574 1.1 0.320403 11 120 20403 11 121 3.177 0.024 2.154 -0.352 0.8 0.320403 11 122 20403 11 123 3.177 0.024 2.154 -0.101 0.8 0.320403 11 124 20403 11 125 3.177 0.024 2.154 0.075 0.5 0.220403 11 126 20403 11 127 3.177 0.024 2.154 0.251 0.9 0.320403 11 128 20403 11 129 3.177 0.024 2.154 0.422 1.1 0.320403 11 130 20403 11 131 3.177 0.024 2.154 0.582 1.1 0.320403 11 132 20403 11 133 3.177 0.024 2.154 0.723 0.7 0.220403 11 134 20403 11 135 3.177 0.024 2.154 0.840 1.2 0.320403 11 136 20403 11 137 3.740 0.022 0.717 -0.756 3.8 1.020403 11 138 20403 11 139 3.740 0.022 0.717 -0.574 5.7 1.420403 11 140 20403 11 141 3.740 0.022 0.717 -0.352 5.3 1.320403 11 142 20403 11 143 3.740 0.022 0.717 -0.101 3.7 0.920403 11 144 20403 11 145 3.740 0.022 0.717 0.075 2.2 0.720403 11 146 20403 11 147 3.740 0.022 0.717 0.251 5.2 1.320403 11 148 20403 11 149 3.740 0.022 0.717 0.422 6.1 1.520403 11 150 20403 11 151 3.740 0.022 0.717 0.582 4.9 1.220403 11 152 20403 11 153 3.740 0.022 0.717 0.723 4.1 1.620403 11 154 20403 11 155 3.740 0.022 0.717 0.840 3.4 1.420403 11 156 20403 11 157 3.740 0.022 1.740 -0.756 20403 11 158 0.3 20403 11 159 3.740 0.022 1.740 -0.574 20403 11 160 0.3 20403 11 161 3.740 0.022 1.740 -0.352 20403 11 162 0.3 20403 11 163 3.740 0.022 1.740 -0.101 20403 11 164 0.3 20403 11 165 3.740 0.022 1.740 0.075 0.4 0.320403 11 166 20403 11 167 3.740 0.022 1.740 0.251 20403 11 168 0.2 20403 11 169 3.740 0.022 1.740 0.422 20403 11 170 0.4 20403 11 171 3.740 0.022 1.740 0.582 20403 11 172 0.3 20403 11 173 3.740 0.022 1.740 0.723 20403 11 174 0.3 20403 11 175 3.740 0.022 1.740 0.840 20403 11 176 0.3 20403 11 177 3.740 0.022 2.154 -0.756 1.7 0.420403 11 178 20403 11 179 3.740 0.022 2.154 -0.574 2.0 0.520403 11 180 20403 11 181 3.740 0.022 2.154 -0.352 1.8 0.520403 11 182 20403 11 183 3.740 0.022 2.154 -0.101 2.0 0.520403 11 184 20403 11 185 3.740 0.022 2.154 0.075 1.6 0.420403 11 186 20403 11 187 3.740 0.022 2.154 0.251 1.3 0.420403 11 188 20403 11 189 3.740 0.022 2.154 0.422 2.3 0.720403 11 190 20403 11 191 3.740 0.022 2.154 0.582 1.8 0.520403 11 192 20403 11 193 3.740 0.022 2.154 0.723 1.7 0.420403 11 194 20403 11 195 3.740 0.022 2.154 0.840 1.7 0.620403 11 196 20403 11 197 4.312 0.020 0.717 -0.756 8.3 2.520403 11 198 20403 11 199 4.312 0.020 0.717 -0.574 6.1 1.820403 11 200 20403 11 201 4.312 0.020 0.717 -0.352 6.5 2.020403 11 202 20403 11 203 4.312 0.020 0.717 -0.101 5.4 1.120403 11 204 20403 11 205 4.312 0.020 0.717 0.075 5.4 1.120403 11 206 20403 11 207 4.312 0.020 0.717 0.251 5.0 1.020403 11 208 20403 11 209 4.312 0.020 0.717 0.422 6.8 2.420403 11 210 20403 11 211 4.312 0.020 0.717 0.582 6.9 2.120403 11 212 20403 11 213 4.312 0.020 0.717 0.723 7.7 2.320403 11 214 20403 11 215 4.312 0.020 0.717 0.840 8.9 2.720403 11 216 20403 11 217 4.312 0.020 1.740 -0.756 20403 11 218 0.4 20403 11 219 4.312 0.020 1.740 -0.574 20403 11 220 0.4 20403 11 221 4.312 0.020 1.740 -0.352 20403 11 222 0.5 20403 11 223 4.312 0.020 1.740 -0.101 20403 11 224 0.4 20403 11 225 4.312 0.020 1.740 0.075 1.4 0.720403 11 226 20403 11 227 4.312 0.020 1.740 0.251 0.6 0.320403 11 228 20403 11 229 4.312 0.020 1.740 0.422 20403 11 230 0.4 20403 11 231 4.312 0.020 1.740 0.582 2.1 1.020403 11 232 20403 11 233 4.312 0.020 1.740 0.723 0.7 0.320403 11 234 20403 11 235 4.312 0.020 1.740 0.840 0.9 0.420403 11 236 20403 11 237 4.312 0.020 2.154 -0.756 2.4 0.620403 11 238 20403 11 239 4.312 0.020 2.154 -0.574 2.4 0.620403 11 240 20403 11 241 4.312 0.020 2.154 -0.352 2.8 0.720403 11 242 20403 11 243 4.312 0.020 2.154 -0.101 2.4 0.620403 11 244 20403 11 245 4.312 0.020 2.154 0.075 2.2 0.520403 11 246 20403 11 247 4.312 0.020 2.154 0.251 2.5 0.820403 11 248 20403 11 249 4.312 0.020 2.154 0.422 2.5 0.820403 11 250 20403 11 251 4.312 0.020 2.154 0.582 2.8 0.920403 11 252 20403 11 253 4.312 0.020 2.154 0.723 2.5 0.820403 11 254 20403 11 255 4.312 0.020 2.154 0.840 2.5 0.820403 11 256 20403 11 257 4.338 0.121 0.717 -0.756 8.3 2.520403 11 258 20403 11 259 4.338 0.121 0.717 -0.574 6.1 1.820403 11 260 20403 11 261 4.338 0.121 0.717 -0.352 6.5 2.020403 11 262 20403 11 263 4.338 0.121 0.717 -0.101 5.4 1.120403 11 264 20403 11 265 4.338 0.121 0.717 0.075 5.4 1.120403 11 266 20403 11 267 4.338 0.121 0.717 0.251 5.0 1.020403 11 268 20403 11 269 4.338 0.121 0.717 0.422 6.8 2.420403 11 270 20403 11 271 4.338 0.121 0.717 0.582 6.9 2.120403 11 272 20403 11 273 4.338 0.121 0.717 0.723 7.7 2.320403 11 274 20403 11 275 4.338 0.121 0.717 0.840 8.9 2.720403 11 276 20403 11 277 4.338 0.121 1.740 -0.756 20403 11 278 0.4 20403 11 279 4.338 0.121 1.740 -0.574 20403 11 280 0.4 20403 11 281 4.338 0.121 1.740 -0.352 20403 11 282 0.5 20403 11 283 4.338 0.121 1.740 -0.101 20403 11 284 0.4 20403 11 285 4.338 0.121 1.740 0.075 1.4 0.720403 11 286 20403 11 287 4.338 0.121 1.740 0.251 0.6 0.320403 11 288 20403 11 289 4.338 0.121 1.740 0.422 20403 11 290 0.4 20403 11 291 4.338 0.121 1.740 0.582 2.1 1.020403 11 292 20403 11 293 4.338 0.121 1.740 0.723 0.7 0.320403 11 294 20403 11 295 4.338 0.121 1.740 0.840 0.9 0.420403 11 296 20403 11 297 4.338 0.121 2.154 -0.756 2.4 0.620403 11 298 20403 11 299 4.338 0.121 2.154 -0.574 2.4 0.620403 11 300 20403 11 301 4.338 0.121 2.154 -0.352 2.8 0.720403 11 302 20403 11 303 4.338 0.121 2.154 -0.101 2.4 0.620403 11 304 20403 11 305 4.338 0.121 2.154 0.075 2.2 0.520403 11 306 20403 11 307 4.338 0.121 2.154 0.251 2.5 0.820403 11 308 20403 11 309 4.338 0.121 2.154 0.422 2.5 0.820403 11 310 20403 11 311 4.338 0.121 2.154 0.582 2.8 0.920403 11 312 20403 11 313 4.338 0.121 2.154 0.723 2.5 0.820403 11 314 20403 11 315 4.338 0.121 2.154 0.840 2.5 0.820403 11 316 20403 11 317 4.823 0.098 0.717 -0.756 10.0 2.520403 11 318 20403 11 319 4.823 0.098 0.717 -0.574 6.9 1.720403 11 320 20403 11 321 4.823 0.098 0.717 -0.352 5.8 1.420403 11 322 20403 11 323 4.823 0.098 0.717 -0.101 4.4 1.320403 11 324 20403 11 325 4.823 0.098 0.717 0.075 3.2 0.820403 11 326 20403 11 327 4.823 0.098 0.717 0.251 5.2 1.320403 11 328 20403 11 329 4.823 0.098 0.717 0.422 5.9 1.820403 11 330 20403 11 331 4.823 0.098 0.717 0.582 7.2 2.220403 11 332 20403 11 333 4.823 0.098 0.717 0.723 9.6 2.920403 11 334 20403 11 335 4.823 0.098 0.717 0.840 12.2 2.520403 11 336 20403 11 337 4.823 0.098 1.740 -0.756 20403 11 338 0.7 20403 11 339 4.823 0.098 1.740 -0.574 20403 11 340 0.6 20403 11 341 4.823 0.098 1.740 -0.352 0.8 0.220403 11 342 20403 11 343 4.823 0.098 1.740 -0.101 20403 11 344 0.4 20403 11 345 4.823 0.098 1.740 0.075 20403 11 346 0.5 20403 11 347 4.823 0.098 1.740 0.251 20403 11 348 0.4 20403 11 349 4.823 0.098 1.740 0.422 20403 11 350 0.5 20403 11 351 4.823 0.098 1.740 0.582 20403 11 352 0.6 20403 11 353 4.823 0.098 1.740 0.723 20403 11 354 0.7 20403 11 355 4.823 0.098 1.740 0.840 0.4 0.220403 11 356 20403 11 357 4.823 0.098 2.154 -0.756 4.3 0.920403 11 358 20403 11 359 4.823 0.098 2.154 -0.574 3.8 0.820403 11 360 20403 11 361 4.823 0.098 2.154 -0.352 2.8 0.620403 11 362 20403 11 363 4.823 0.098 2.154 -0.101 2.4 0.520403 11 364 20403 11 365 4.823 0.098 2.154 0.075 3.1 0.620403 11 366 20403 11 367 4.823 0.098 2.154 0.251 2.5 0.520403 11 368 20403 11 369 4.823 0.098 2.154 0.422 3.0 0.620403 11 370 20403 11 371 4.823 0.098 2.154 0.582 3.8 1.320403 11 372 20403 11 373 4.823 0.098 2.154 0.723 4.4 0.920403 11 374 20403 11 375 4.823 0.098 2.154 0.840 5.6 2.020403 11 376 20403 11 377 4.823 0.098 3.590 -0.756 2.2 0.920403 11 378 20403 11 379 4.823 0.098 3.590 -0.574 1.5 0.620403 11 380 20403 11 381 4.823 0.098 3.590 -0.352 0.9 0.420403 11 382 20403 11 383 4.823 0.098 3.590 -0.101 0.6 0.220403 11 384 20403 11 385 4.823 0.098 3.590 0.075 1.1 0.420403 11 386 20403 11 387 4.823 0.098 3.590 0.251 0.5 0.220403 11 388 20403 11 389 4.823 0.098 3.590 0.422 1.5 0.520403 11 390 20403 11 391 4.823 0.098 3.590 0.582 1.4 0.420403 11 392 20403 11 393 4.823 0.098 3.590 0.723 1.5 0.520403 11 394 20403 11 395 4.823 0.098 3.590 0.840 2.2 0.720403 11 396 20403 11 397 ENDDATA 364 0 20403 11 398 ENDSUBENT 397 0 20403 1199999 NOSUBENT 20403012 20180821 227020403 12 1 NOSUBENT 20403013 20180821 227020403 13 1 NOSUBENT 20403014 20180821 227020403 14 1 NOSUBENT 20403015 20180821 227020403 15 1 NOSUBENT 20403016 20180821 227020403 16 1 NOSUBENT 20403017 20180821 227020403 17 1 SUBENT 20403018 20180821 227020403 18 1 BIB 5 9 20403 18 2 REACTION (5-B-10(N,NON),,SIG,,,DERIV) 20403 18 3 ANALYSIS Derived from sum of sigma(n,n') + sig(n,p) + 20403 18 4 sig(n,t) + sig(n,alpha) based partly in this work. 20403 18 5 ERR-ANALYS (DATA-ERR) No information about source of uncertainties20403 18 6 STATUS (TABLE) Table 5 from AWRE-O-45/70. 20403 18 7 (DEP,20403011) see ANALYSIS 20403 18 8 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 18 9 SF9=DERIV was added to REACTION code. ANALYSIS added. 20403 18 10 EN-RSL -> EN-RSL-HW. 20403 18 11 ENDBIB 9 0 20403 18 12 NOCOMMON 0 0 20403 18 13 DATA 4 7 20403 18 14 EN EN-RSL-HW DATA DATA-ERR 20403 18 15 MEV MEV B B 20403 18 16 2.032 0.032 0.42 0.03 20403 18 17 2.618 0.027 0.32 0.03 20403 18 18 3.177 0.024 0.29 0.03 20403 18 19 3.740 0.022 0.29 0.03 20403 18 20 4.312 0.020 0.43 0.03 20403 18 21 4.338 0.121 0.43 0.03 20403 18 22 4.823 0.098 0.48 0.04 20403 18 23 ENDDATA 9 0 20403 18 24 ENDSUBENT 23 0 20403 1899999 SUBENT 20403019 20180821 227020403 19 1 BIB 5 10 20403 19 2 REACTION (5-B-10(N,TOT),,SIG,,,DERIV) 20403 19 3 ANALYSIS Derived from sum of sigma(elastic,exp.) + 20403 19 4 Sigma(non-elastic,estimate). 20403 19 5 ERR-ANALYS (DATA-ERR) No information about source of uncertainties20403 19 6 STATUS (TABLE) Table 5 from AWRE-O-45/70. 20403 19 7 (DEP,20403002) see ANALYSIS 20403 19 8 (DEP,20403018) see ANALYSIS 20403 19 9 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 19 10 SF9=DERIV was added to REACTION code. ANALYSIS added. 20403 19 11 EN-RSL -> EN-RSL-HW. 20403 19 12 ENDBIB 10 0 20403 19 13 NOCOMMON 0 0 20403 19 14 DATA 4 7 20403 19 15 EN EN-RSL-HW DATA DATA-ERR 20403 19 16 MEV MEV B B 20403 19 17 2.032 0.032 1.74 0.05 20403 19 18 2.618 0.027 2.15 0.07 20403 19 19 3.177 0.024 2.03 0.07 20403 19 20 3.740 0.022 1.69 0.06 20403 19 21 4.312 0.020 1.72 0.06 20403 19 22 4.338 0.121 1.87 0.06 20403 19 23 4.823 0.098 1.82 0.06 20403 19 24 ENDDATA 9 0 20403 19 25 ENDSUBENT 24 0 20403 1999999 SUBENT 20403020 20180821 227020403 20 1 BIB 6 32 20403 20 2 REACTION (5-B-11(N,EL)5-B-11,,SIG) 20403 20 3 SAMPLE (5-B-11,ENR=0.9266) .Isotopic composition, 20403 20 4 for B-11, 92.66% B-11 7.34% B-10. 20403 20 5 .The estimate of the amount of hydrogen 20403 20 6 contamination is 4.8% H by atom in B-11. 20403 20 7 CORRECTION In calculating cross sections, corrections were made 20403 20 8 for flux attenuation and multiple scattering using 20403 20 9 the Monte Carlo code program MAGGIE. 20403 20 10 .For elastic peak estimates, 20403 20 11 (A) contamination neutrons 20403 20 12 (B) energy reduction of elastically scattered neutron 20403 20 13 by light nuclei multiple collision (shift to inelastic20403 20 14 region of the time spectrum), 20403 20 15 (C) the scattered neutrons from the collimator-wall, 20403 20 16 (D) random counts due to electronic noise and 20403 20 17 background neutrons and gammas, were considered 20403 20 18 to be corrected. 20403 20 19 ERR-ANALYS (ERR-T) The error represents one standard deviation, 20403 20 20 they are a combination of the relative errors and 20403 20 21 the absolute error from the normalization. 20403 20 22 - the relative error is taken as that on the area 20403 20 23 derived by integration of the Legendre polynomial fits20403 20 24 (even and odd terms) to the data) 20403 20 25 (ERR-1) the absolute error is from the normalization to20403 20 26 hydrogen and uncertainties from the sample composition20403 20 27 and impurities plus the effect of the Al can screening20403 20 28 STATUS (TABLE) Table 6 of AWRE-O-45/70. 20403 20 29 (DEP,20403021) 20403 20 30 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 20 31 DATA-ERR -> ERR-T. BIB was updated. MISC deleted (not 20403 20 32 relevant to EXFOR - optical model calculation). 20403 20 33 EN-RSL -> EN-RSL-HW. 20403 20 34 ENDBIB 32 0 20403 20 35 COMMON 1 3 20403 20 36 ERR-1 20403 20 37 PER-CENT 20403 20 38 3.5 20403 20 39 ENDCOMMON 3 0 20403 20 40 DATA 4 7 20403 20 41 EN EN-RSL-HW DATA ERR-T 20403 20 42 MEV MEV B B 20403 20 43 2.032 0.032 1.68 0.06 20403 20 44 2.618 0.027 2.01 0.07 20403 20 45 3.177 0.024 1.66 0.06 20403 20 46 3.740 0.022 1.65 0.06 20403 20 47 4.312 0.020 1.24 0.05 20403 20 48 4.338 0.121 1.41 0.05 20403 20 49 4.823 0.098 1.75 0.07 20403 20 50 ENDDATA 9 0 20403 20 51 ENDSUBENT 50 0 20403 2099999 SUBENT 20403021 20180821 227020403 21 1 BIB 6 26 20403 21 2 REACTION (5-B-11(N,EL)5-B-11,,DA) 20403 21 3 CORRECTION In calculating cross sections, corrections were made 20403 21 4 for flux attenuation and multiple scattering using 20403 21 5 the Monte Carlo code program MAGGIE. 20403 21 6 .For elastic peak estimates, 20403 21 7 (A) contamination neutrons 20403 21 8 (B) energy reduction of elastically scattered neutron 20403 21 9 by light nuclei multiple collision (shift to inelastic20403 21 10 region of the time spectrum), 20403 21 11 (C) the scattered neutrons from the collimator-wall, 20403 21 12 (D) random counts due to electronic noise and 20403 21 13 background neutrons and gammas, were considered 20403 21 14 to be corrected. 20403 21 15 MISC-COL (MISC) measured data, without MAGGIE correction 20403 21 16 ERR-ANALYS (MISC-ERR) The error represents one standard deviation,20403 21 17 they are a combination of the relative errors 20403 21 18 (statistics, n- detector efficiency and other sources)20403 21 19 and the absolute error from the normalization to the 20403 21 20 hydrogen and uncertainties from the sample composition20403 21 21 and impurities plus the effect of the Al can screening20403 21 22 (ERR-2) the absolute error 20403 21 23 STATUS (TABLE) Tables 8A,9A,10A,11A,12A,13A,14A (p.27-33) 20403 21 24 from AWRE-O-45/70. 20403 21 25 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 21 26 BIB was updated. Data from Subents 022-027 were added. 20403 21 27 DATA -> DATA-CM; DATA-ERR -> ERR-T. EN-RSL -> EN-RSL-HW20403 21 28 ENDBIB 26 0 20403 21 29 COMMON 1 3 20403 21 30 ERR-2 20403 21 31 PER-CENT 20403 21 32 3. 20403 21 33 ENDCOMMON 3 0 20403 21 34 DATA 6 70 20403 21 35 EN EN-RSL-HW COS-CM DATA-CM MISC MISC-ERR 20403 21 36 MEV MEV NO-DIM MB/SR MB/SR MB/SR 20403 21 37 2.032 0.032 -0.752 140. 133. 7.20403 21 38 2.032 0.032 -0.567 132. 125. 7.20403 21 39 2.032 0.032 -0.343 131. 122. 7.20403 21 40 2.032 0.032 -0.092 113. 108. 6.20403 21 41 2.032 0.032 0.084 113. 107. 5.20403 21 42 2.032 0.032 0.260 106. 113. 6.20403 21 43 2.032 0.032 0.430 113. 126. 6.20403 21 44 2.032 0.032 0.587 119. 133. 6.20403 21 45 2.032 0.032 0.727 140. 152. 8.20403 21 46 2.032 0.032 0.842 190. 195. 10.20403 21 47 2.618 0.027 -0.752 130. 134. 7.20403 21 48 2.618 0.027 -0.567 111. 114. 6.20403 21 49 2.618 0.027 -0.344 103. 103. 5.20403 21 50 2.618 0.027 -0.092 97.6 98.9 4.920403 21 51 2.618 0.027 0.084 96.8 104. 5.20403 21 52 2.618 0.027 0.260 113. 124. 6.20403 21 53 2.618 0.027 0.430 135. 148. 7.20403 21 54 2.618 0.027 0.587 176. 185. 9.20403 21 55 2.618 0.027 0.727 243. 241. 12.20403 21 56 2.618 0.027 0.842 346. 325. 16.20403 21 57 3.177 0.024 -0.752 145. 136. 7.20403 21 58 3.177 0.024 -0.567 122. 116. 6.20403 21 59 3.177 0.024 -0.344 98.5 93.4 5.120403 21 60 3.177 0.024 -0.092 75.9 75.6 3.820403 21 61 3.177 0.024 0.084 72.3 77.6 3.820403 21 62 3.177 0.024 0.260 81.4 90.9 4.220403 21 63 3.177 0.024 0.430 91.7 103. 5.20403 21 64 3.177 0.024 0.587 133. 144. 8.20403 21 65 3.177 0.024 0.727 182. 190. 9.20403 21 66 3.177 0.024 0.842 253. 254. 13.20403 21 67 3.740 0.022 -0.752 117. 114. 6.20403 21 68 3.740 0.022 -0.567 97.2 95.7 4.820403 21 69 3.740 0.022 -0.344 76.9 76.7 3.820403 21 70 3.740 0.022 -0.092 64.2 67.3 3.420403 21 71 3.740 0.022 0.084 66.2 72.8 3.620403 21 72 3.740 0.022 0.260 80.4 89.5 4.520403 21 73 3.740 0.022 0.430 117. 127. 6.20403 21 74 3.740 0.022 0.587 157. 165. 8.20403 21 75 3.740 0.022 0.727 202. 202. 10.20403 21 76 3.740 0.022 0.842 314. 303. 15.20403 21 77 4.312 0.020 -0.752 110. 104. 5.20403 21 78 4.312 0.020 -0.567 83.9 80.7 4.020403 21 79 4.312 0.020 -0.344 56.1 56.1 2.820403 21 80 4.312 0.020 -0.092 40.4 44.6 2.220403 21 81 4.312 0.020 0.084 37.7 44.8 2.220403 21 82 4.312 0.020 0.260 48.1 56.8 2.820403 21 83 4.312 0.020 0.429 77.2 85.0 4.320403 21 84 4.312 0.020 0.587 119. 125. 6.20403 21 85 4.312 0.020 0.727 175. 177. 9.20403 21 86 4.312 0.020 0.842 187. 186. 9.20403 21 87 4.338 0.121 -0.695 120. 112. 6.20403 21 88 4.338 0.121 -0.567 99.1 94.5 4.720403 21 89 4.338 0.121 -0.344 64.5 63.6 3.220403 21 90 4.338 0.121 -0.092 51.2 54.4 2.720403 21 91 4.338 0.121 0.084 40.2 46.7 2.320403 21 92 4.338 0.121 0.260 51.5 61.4 3.120403 21 93 4.338 0.121 0.429 75.2 86.1 4.320403 21 94 4.338 0.121 0.587 118. 128. 6.20403 21 95 4.338 0.121 0.727 183. 188. 9.20403 21 96 4.338 0.121 0.842 249. 234. 12.20403 21 97 4.823 0.098 -0.752 137. 130. 6.20403 21 98 4.823 0.098 -0.567 90.3 91.3 4.620403 21 99 4.823 0.098 -0.344 70.6 75.3 3.820403 21 100 4.823 0.098 -0.092 55.7 60.9 3.020403 21 101 4.823 0.098 0.084 55.4 64.2 3.220403 21 102 4.823 0.098 0.260 61.3 74.0 3.720403 21 103 4.823 0.098 0.429 78.4 94.4 4.720403 21 104 4.823 0.098 0.587 124. 140. 7.20403 21 105 4.823 0.098 0.727 209. 215. 11.20403 21 106 4.823 0.098 0.842 374. 355. 18.20403 21 107 ENDDATA 72 0 20403 21 108 ENDSUBENT 107 0 20403 2199999 NOSUBENT 20403022 20180821 227020403 22 1 NOSUBENT 20403023 20180821 227020403 23 1 NOSUBENT 20403024 20180821 227020403 24 1 NOSUBENT 20403025 20180821 227020403 25 1 NOSUBENT 20403026 20180821 227020403 26 1 NOSUBENT 20403027 20180821 227020403 27 1 SUBENT 20403028 20180821 227020403 28 1 BIB 6 30 20403 28 2 REACTION (5-B-11(N,INL)5-B-11,PAR,SIG) 20403 28 3 FLAG (1.) The experimental runs for 4.312 and 4.338 20403 28 4 MeV have been combined as the overlapping ones. 20403 28 5 Although the apparent duplication of work at neutron 20403 28 6 energies 4.312 and 4.338 MeV is unfortunate, it does 20403 28 7 provide a check on the extraction of inelastic cross 20403 28 8 sections from backgrounds due to the tails from elastic20403 28 9 peaks and from other sources such as the hydrogen 20403 28 10 contamination. It thus allows an estimate of errors due20403 28 11 to circumstances which otherwise are difficult to 20403 28 12 quantify. 20403 28 13 CORRECTION In calculating cross sections, corrections were made 20403 28 14 for flux attenuation and multiple scattering using 20403 28 15 the Monte Carlo code program MAGGIE. 20403 28 16 .For inelastic peak estimates, corrections due to 20403 28 17 separation of inelastic group from elastic peak and 20403 28 18 the presence of H-contamination are considered. 20403 28 19 ERR-ANALYS (ERR-T) The error represents one standard deviation, 20403 28 20 they are a combination of the relative errors and 20403 28 21 the absolute error from the normalization. 20403 28 22 - the relative error is taken as that on the area 20403 28 23 derived by integration of the Legendre polynomial fits20403 28 24 (even and odd terms) to the data) 20403 28 25 (ERR-1) the absolute error is from the normalization to20403 28 26 hydrogen and uncertainties from the sample composition20403 28 27 and impurities plus the effect of the Al can screening20403 28 28 STATUS (TABLE) Table 8 of AWRE-O-45/70. 20403 28 29 (DEP,20403029) 20403 28 30 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. BIB 20403 28 31 was updated. DATA-ERR -> ERR-T; EN-RSL -> EN-RSL-HW. 20403 28 32 ENDBIB 30 0 20403 28 33 COMMON 2 3 20403 28 34 E-LVL ERR-1 20403 28 35 MEV PER-CENT 20403 28 36 2.140 5.5 20403 28 37 ENDCOMMON 3 0 20403 28 38 DATA 5 5 20403 28 39 EN EN-RSL-HW DATA ERR-T FLAG 20403 28 40 MEV MEV B B NO-DIM 20403 28 41 3.177 0.024 0.0108 0.0017 20403 28 42 3.740 0.021 0.0450 0.0025 20403 28 43 4.312 0.020 0.0706 0.0044 1. 20403 28 44 4.338 0.121 0.0706 0.0044 1. 20403 28 45 4.823 0.098 0.1620 0.0100 20403 28 46 ENDDATA 7 0 20403 28 47 ENDSUBENT 46 0 20403 2899999 SUBENT 20403029 20180821 227020403 29 1 BIB 5 24 20403 29 2 REACTION (5-B-11(N,INL)5-B-11,PAR,DA) 20403 29 3 CORRECTION In calculating cross sections, corrections were made 20403 29 4 for flux attenuation and multiple scattering using 20403 29 5 the Monte Carlo code program MAGGIE. 20403 29 6 .For inelastic peak estimates, corrections due to 20403 29 7 separation of inelastic group from elastic peak and 20403 29 8 the presence of H-contamination are considered. 20403 29 9 ERR-ANALYS (ERR-T) The error represents one standard deviation, 20403 29 10 they are a combination of the relative errors 20403 29 11 (statistics, n-detector efficiency and other sources) 20403 29 12 and the absolute error from the normalization to the 20403 29 13 hydrogen and uncertainties from the sample composition20403 29 14 and impurities plus the effect of the Al can screening20403 29 15 (ERR-1,20.,30.) the relative errors 20 to 30% due to: 20403 29 16 .For inelastics, also with reference to the overlapping20403 29 17 runs at 4.312 and 4.338 MeV in the peak unfolding 20403 29 18 method. 20403 29 19 STATUS (TABLE) Tables 10A,11A,12A,14A (p.29-33) 20403 29 20 from AWRE-O-45/70. 20403 29 21 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 29 22 BIB was updated. Data from Subents 012-017 were added. 20403 29 23 COS -> COS-CM; DATA -> DATA-CM; DATA-ERR -> ERR-T; 20403 29 24 EN-RSL -> EN-RSL-HW. All values for col.COS-CM were 20403 29 25 corrected according presentation in the tables. 20403 29 26 ENDBIB 24 0 20403 29 27 COMMON 1 3 20403 29 28 E-LVL 20403 29 29 MEV 20403 29 30 2.140 20403 29 31 ENDCOMMON 3 0 20403 29 32 DATA 5 50 20403 29 33 EN EN-RSL-HW COS-CM DATA-CM ERR-T 20403 29 34 MEV MEV NO-DIM MB/SR MB/SR 20403 29 35 3.177 0.024 -0.752 1.0 0.4 20403 29 36 3.177 0.024 -0.567 0.9 0.3 20403 29 37 3.177 0.024 -0.344 1.5 0.3 20403 29 38 3.177 0.024 -0.092 1.3 0.3 20403 29 39 3.177 0.024 0.084 0.4 0.2 20403 29 40 3.177 0.024 0.260 1.0 0.4 20403 29 41 3.177 0.024 0.430 1.0 0.4 20403 29 42 3.177 0.024 0.587 1.0 0.4 20403 29 43 3.177 0.024 0.727 0.7 0.2 20403 29 44 3.177 0.024 0.842 1.1 0.3 20403 29 45 3.740 0.022 -0.752 4.3 0.7 20403 29 46 3.740 0.022 -0.567 3.9 0.6 20403 29 47 3.740 0.022 -0.344 3.3 0.5 20403 29 48 3.740 0.022 -0.092 2.8 0.4 20403 29 49 3.740 0.022 0.084 2.5 0.4 20403 29 50 3.740 0.022 0.260 2.7 0.4 20403 29 51 3.740 0.022 0.430 3.1 0.9 20403 29 52 3.740 0.022 0.587 3.6 1.1 20403 29 53 3.740 0.022 0.727 4.1 1.2 20403 29 54 3.740 0.022 0.842 4.0 1.2 20403 29 55 4.312 0.020 -0.752 7.6 1.1 20403 29 56 4.312 0.020 -0.567 5.5 0.8 20403 29 57 4.312 0.020 -0.344 4.8 0.7 20403 29 58 4.312 0.020 -0.092 2.6 0.4 20403 29 59 4.312 0.020 0.084 2.7 0.4 20403 29 60 4.312 0.020 0.260 3.1 0.5 20403 29 61 4.312 0.020 0.430 4.2 1.3 20403 29 62 4.312 0.020 0.587 5.1 1.5 20403 29 63 4.312 0.020 0.727 6.5 2.0 20403 29 64 4.312 0.020 0.842 8.4 2.5 20403 29 65 4.338 0.121 -0.752 7.6 1.1 20403 29 66 4.338 0.121 -0.567 5.5 0.8 20403 29 67 4.338 0.121 -0.344 4.8 0.7 20403 29 68 4.338 0.121 -0.092 2.6 0.4 20403 29 69 4.338 0.121 0.084 2.7 0.4 20403 29 70 4.338 0.121 0.260 3.1 0.5 20403 29 71 4.338 0.121 0.430 4.2 1.3 20403 29 72 4.338 0.121 0.587 5.1 1.5 20403 29 73 4.338 0.121 0.727 6.5 2.0 20403 29 74 4.338 0.121 0.842 8.4 2.5 20403 29 75 4.823 0.098 -0.752 16.4 2.5 20403 29 76 4.823 0.098 -0.567 13.7 2.1 20403 29 77 4.823 0.098 -0.344 12.9 1.9 20403 29 78 4.823 0.098 -0.092 10.0 1.5 20403 29 79 4.823 0.098 0.084 9.1 1.4 20403 29 80 4.823 0.098 0.260 10.4 1.6 20403 29 81 4.823 0.098 0.430 9.5 1.9 20403 29 82 4.823 0.098 0.587 12.3 3.7 20403 29 83 4.823 0.098 0.727 12.3 3.7 20403 29 84 4.823 0.098 0.842 14.3 4.3 20403 29 85 ENDDATA 52 0 20403 29 86 ENDSUBENT 85 0 20403 2999999 NOSUBENT 20403030 20180821 227020403 30 1 NOSUBENT 20403031 20180821 227020403 31 1 NOSUBENT 20403032 20180821 227020403 32 1 NOSUBENT 20403033 20180821 227020403 33 1 SUBENT 20403034 20180821 227020403 34 1 BIB 5 9 20403 34 2 REACTION (5-B-11(N,NON),,SIG,,,DERIV) 20403 34 3 ANALYSIS Derived from sum of sigma(n,n') + sig(n,p) + 20403 34 4 sig(n,t) + sig(n,alpha) based partly in this work. 20403 34 5 ERR-ANALYS No information about source of uncertainties 20403 34 6 STATUS (TABLE) Table 6 from AWRE-O-45/70. 20403 34 7 (DEP,20403028) see ANALYSIS 20403 34 8 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 34 9 SF9=DERIV was added to REACTION code. ANALYSIS added. 20403 34 10 EN-RSL -> EN-RSL-HW. 20403 34 11 ENDBIB 9 0 20403 34 12 NOCOMMON 0 0 20403 34 13 DATA 3 7 20403 34 14 EN EN-RSL-HW DATA 20403 34 15 MEV MEV B 20403 34 16 2.032 0.032 0.01 20403 34 17 2.618 0.027 0.03 20403 34 18 3.177 0.024 0.02 20403 34 19 3.740 0.022 0.05 20403 34 20 4.312 0.020 0.08 20403 34 21 4.338 0.121 0.08 20403 34 22 4.823 0.098 0.17 20403 34 23 ENDDATA 9 0 20403 34 24 ENDSUBENT 23 0 20403 3499999 SUBENT 20403035 20180821 227020403 35 1 BIB 5 10 20403 35 2 REACTION (5-B-11(N,TOT),,SIG,,,DERIV) 20403 35 3 ANALYSIS Derived from sum of sigma(elastic,exp.) + 20403 35 4 Sigma(non-elastic,estimated)20403 35 5 ERR-ANALYS (DATA-ERR) No information about source of uncertainties20403 35 6 STATUS (TABLE) Table 5 from AWRE-O-45/70. 20403 35 7 (DEP,20403020) see ANALYSIS 20403 35 8 (DEP,20403034) see ANALYSIS 20403 35 9 HISTORY (20180821A) SD: STATUS updated. PART-DET deleted. 20403 35 10 SF9=DERIV was added to REACTION code. ANALYSIS added. 20403 35 11 EN-RSL -> EN-RSL-HW. 20403 35 12 ENDBIB 10 0 20403 35 13 NOCOMMON 0 0 20403 35 14 DATA 4 7 20403 35 15 EN EN-RSL-HW DATA DATA-ERR 20403 35 16 MEV MEV B B 20403 35 17 2.032 0.032 1.69 0.06 20403 35 18 2.618 0.027 2.04 0.07 20403 35 19 3.177 0.024 1.68 0.06 20403 35 20 3.740 0.022 1.71 0.06 20403 35 21 4.312 0.020 1.32 0.05 20403 35 22 4.338 0.121 1.49 0.05 20403 35 23 4.823 0.098 1.92 0.07 20403 35 24 ENDDATA 9 0 20403 35 25 ENDSUBENT 24 0 20403 3599999 ENDENTRY 35 0 2040399999999