ENTRY 22307 20230518 231722307 0 1 SUBENT 22307001 20230518 231722307 1 1 BIB 11 52 22307 1 2 TITLE Stellar neutron capture cross sections of the 22307 1 3 Ba isotopes 22307 1 4 AUTHOR (F.Voss,K.Wisshak,K.Guber,F.Kaeppeler,G.Reffo) 22307 1 5 REFERENCE (J,PR/C,50,2582,1994) Main reference,data are given 22307 1 6 (R,KFK-5253,1994) 22307 1 7 (C,98VOLOS,,174,1998) The author is F.Kaeppeler. 22307 1 8 MACS data were re-analyzed. 22307 1 9 INSTITUTE (2GERKFK) F.Voss, K.Wisshak, K.Guber 22307 1 10 (2ITYBOL) G.Reffo 22307 1 11 FACILITY (VDG,2GERKFK) The Karlsruhe pulsed 3.7 MV Van de Graaff22307 1 12 accelerator. The pulse width is less then 1 ns, 22307 1 13 the repetition rate is 250 kHz, and the average 22307 1 14 proton beam current is 1.5 - 2.5 microAmp. 22307 1 15 INC-SOURCE (P-LI7) Neutrons were produced by bombarding a metallic22307 1 16 lithium target, with a thickness of 1 mg/cm2 for a 22307 1 17 maximum energy loss of 100 keV. The proton energy was 22307 1 18 in three different runs adjusted to 10, 30 and 100 keV22307 1 19 above the reaction threshold of 1.881 MeV. 22307 1 20 INC-SPECT Continuous neutron spectra ranging from 3 to 80, 22307 1 21 3 to 100, 3 to 200 keV. 22307 1 22 MONITOR Given if relevant in corresponding subentries 22307 1 23 CORRECTION The data were corrected for the various transmissions 22307 1 24 through the samples to the monitor. 22307 1 25 The data were further corrected for sample-independent22307 1 26 background, measured with an empty sample frame. The 22307 1 27 remaining time-independent background was determined 22307 1 28 at very long flight times, 3.9 micro-S. 22307 1 29 Corrections were also applied for the isotopic 22307 1 30 composition and impurities. 22307 1 31 The data were also corrected for sample-scattered 22307 1 32 neutrons, studied with the graphite sample. 22307 1 33 Finally, the data were corrected for multiple 22307 1 34 scattering, neutron self-shielding, gamma-ray 22307 1 35 self-shielding and detector efficiency. 22307 1 36 ERR-ANALYS (ERR-2) Error due to subtraction in normalization 22307 1 37 of ratio sigma(X-Ba)/sigma(Au) 22307 1 38 (ERR-3) Error due to subtraction in normalization 22307 1 39 of ratio sigma(X-Ba)/sigma(Y-Ba) 22307 1 40 (ERR-4) Error due to the flight path 22307 1 41 (ERR-5) Error due to neutron flux normalization 22307 1 42 (ERR-6) Error due to sample's mass 22307 1 43 HISTORY (19961210C) + + Compiled by S.Maev + + 22307 1 44 (19980305A) SM: new reference and new institute code 22307 1 45 added, bib-information from main reference and data 22307 1 46 headings updated 22307 1 47 (20090331U) Upper case to low case converted, BIB 22307 1 48 information in SAN 002 to 024 corrected. Empty data 22307 1 49 line in SAN 016 deleted 22307 1 50 (20150423A) M.M. Ref. C,98VOLOS,,174,1998 was added. 22307 1 51 Subents 025-027 were added. STATUS was added in data 22307 1 52 Subents. 22307 1 53 (20230518U) SD: Correction in Subent 002. 22307 1 54 ENDBIB 52 0 22307 1 55 COMMON 5 3 22307 1 56 ERR-2 ERR-3 ERR-4 ERR-5 ERR-6 22307 1 57 PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT 22307 1 58 3. 1.5 0.1 0.1 0.1 22307 1 59 ENDCOMMON 3 0 22307 1 60 ENDSUBENT 59 0 22307 199999 SUBENT 22307002 20230518 231722307 2 1 BIB 8 22 22307 2 2 REACTION (56-BA-134(N,TOT),,SIG,,AV) 22307 2 3 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 2 4 aluminum foil 75.7 mg, thickness is 1.8 mm and 22307 2 5 1.7959E-03 atoms/B for sum of all Ba isotopes, weight 22307 2 6 of Ba-C-O3 is 2.2053 g, impurity content apart from 22307 2 7 carbon and oxygen less then 0.1% 22307 2 8 Ba-130 content is 0.019%, Ba-132 content is 0.015% 22307 2 9 Ba-134 content is 81.998%, Ba-135 content is 2.250% 22307 2 10 Ba-136 content is 2.073%, Ba-137 content is 2.051% 22307 2 11 Ba-138 content is 9.594% 22307 2 12 sample was checked for contamination with water and F 22307 2 13 possible deviations from the assumed stoichiometry 22307 2 14 METHOD (TOF) A Li-6 glass detector, located close to the 22307 2 15 neutron target, was used to normalize the spectra to 22307 2 16 equal neutron flux. Flight path 260 cm. 22307 2 17 DETECTOR (GLASD) Li-6 glass detector 22307 2 18 MONITOR .No information, probably absolute measurements 22307 2 19 ERR-ANALYS (ERR-T) Total error. 22307 2 20 STATUS (TABLE) Table III of PR/C,50,2582,1994 22307 2 21 = Table 5 of R,KFK-5253 22307 2 22 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 2 23 (20230518U) SD: ERR-T=0.46 b deleted from DATA section.22307 2 24 ENDBIB 22 0 22307 2 25 COMMON 1 3 22307 2 26 ERR-T 22307 2 27 PER-CENT 22307 2 28 7.4 22307 2 29 ENDCOMMON 3 0 22307 2 30 DATA 3 9 22307 2 31 EN-MIN EN-MAX DATA 22307 2 32 KEV KEV B 22307 2 33 10. 15. 8.9 22307 2 34 15. 20. 6.4 22307 2 35 20. 30. 8.3 22307 2 36 30. 40. 5.4 22307 2 37 40. 60. 6.4 22307 2 38 60. 80. 6.4 22307 2 39 80. 100. 6.7 22307 2 40 100. 150. 5.8 22307 2 41 150. 200. 6.2 22307 2 42 ENDDATA 11 0 22307 2 43 ENDSUBENT 42 0 22307 299999 SUBENT 22307003 20160423 224922307 3 1 BIB 9 23 22307 3 2 REACTION (56-BA-135(N,TOT),,SIG,,AV) 22307 3 3 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 3 4 aluminum foil 75.3 mg, thickness is 1.2 mm and 22307 3 5 1.1168e-03 atoms/B for sum of all Ba isotopes, weight 22307 3 6 of Ba-C-O3 is 1.3755 g, impurity content apart from 22307 3 7 carbon and oxygen less then 0.1 % . 22307 3 8 Ba-130 content is 0.001 %, Ba-132 content is 0.003 % 22307 3 9 Ba-134 content is 0.198 %, Ba-135 content is 93.870pc 22307 3 10 Ba-136 content is 2.990 %, Ba-137 content is 0.676 % 22307 3 11 Ba-138 content is 2.262 % 22307 3 12 sample was checked for contamination with water and F 22307 3 13 possible deviations from the assumed stoichiometry 22307 3 14 METHOD (TOF) A Li-6 glass detector, located close to the 22307 3 15 neutron target, was used to normalize the spectra to 22307 3 16 equal neutron flux. Flight path 260 cm. 22307 3 17 DETECTOR (GLASD) Li-6 glass detector 22307 3 18 PART-DET (N) 22307 3 19 MONITOR .No information, probably absolute measurements 22307 3 20 ERR-ANALYS (ERR-T) Total error. 22307 3 21 STATUS (TABLE) Table III of PR/C,50,(5),2582,1994 22307 3 22 = Table 5 of R,KFK-5253 22307 3 23 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 3 24 (20090331U) Last checking has been done. 22307 3 25 ENDBIB 23 0 22307 3 26 COMMON 1 3 22307 3 27 ERR-T 22307 3 28 PER-CENT 22307 3 29 9.1 22307 3 30 ENDCOMMON 3 0 22307 3 31 DATA 3 9 22307 3 32 EN-MIN EN-MAX DATA 22307 3 33 KEV KEV B 22307 3 34 10. 15. 12.0 22307 3 35 15. 20. 11.4 22307 3 36 20. 30. 10.0 22307 3 37 30. 40. 8.7 22307 3 38 40. 60. 7.9 22307 3 39 60. 80. 6.4 22307 3 40 80. 100. 5.8 22307 3 41 100. 150. 7.3 22307 3 42 150. 200. 5.6 22307 3 43 ENDDATA 11 0 22307 3 44 ENDSUBENT 43 0 22307 399999 SUBENT 22307004 20160423 224922307 4 1 BIB 9 23 22307 4 2 REACTION (56-BA-136(N,TOT),,SIG,,AV) Averaged over energy 22307 4 3 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 4 4 aluminum foil 81.4 mg, thickness is 5.1 mm and 22307 4 5 5.2964e-03 atoms/B for sum of all Ba isotopes, weight 22307 4 6 of Ba-C-O3 is 6.5564 g, impurity content apart from 22307 4 7 carbon and oxygen less then 0.1 % . 22307 4 8 Ba-130 content is 0.002 %, Ba-132 content is 0.003 % 22307 4 9 Ba-134 content is 0.078 %, Ba-135 content is 0.972 % 22307 4 10 Ba-136 content is 92.677 %, Ba-137 content is 1.812 % 22307 4 11 Ba-138 content is 4.456 % 22307 4 12 .Sample was checked for contamination with water and 22307 4 13 for possible deviations from the assumed stoichiometry 22307 4 14 METHOD (TOF) A Li-6 glass detector, located close to the 22307 4 15 neutron target, was used to normalize the spectra to 22307 4 16 equal neutron flux. Flight path 260 cm. 22307 4 17 DETECTOR (GLASD) Li-6 glass detector 22307 4 18 PART-DET (N) 22307 4 19 MONITOR .No information, probably absolute measurements 22307 4 20 ERR-ANALYS (ERR-T) Total error. 22307 4 21 STATUS (TABLE) Table III of PR/C,50,(5),2582,1994 22307 4 22 = Table 5 of R,KFK-5253 22307 4 23 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 4 24 (20090331U) Last checking has been done. 22307 4 25 ENDBIB 23 0 22307 4 26 COMMON 1 3 22307 4 27 ERR-T 22307 4 28 PER-CENT 22307 4 29 3.6 22307 4 30 ENDCOMMON 3 0 22307 4 31 DATA 3 9 22307 4 32 EN-MIN EN-MAX DATA 22307 4 33 KEV KEV B 22307 4 34 10. 15. 6.6 22307 4 35 15. 20. 5.0 22307 4 36 20. 30. 4.8 22307 4 37 30. 40. 4.6 22307 4 38 40. 60. 5.2 22307 4 39 60. 80. 5.4 22307 4 40 80. 100. 4.6 22307 4 41 100. 150. 4.8 22307 4 42 150. 200. 5.0 22307 4 43 ENDDATA 11 0 22307 4 44 ENDSUBENT 43 0 22307 499999 SUBENT 22307005 20160423 224922307 5 1 BIB 9 23 22307 5 2 REACTION (56-BA-137(N,TOT),,SIG,,AV) Averaged over energy 22307 5 3 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 5 4 aluminum foil 81.8 mg, thickness is 6.1 mm and 22307 5 5 6.3918e-03 atoms/B for sum of all Ba isotopes, weight 22307 5 6 of Ba-C-O3 is 7.9555 g, impurity content apart from 22307 5 7 carbon and oxygen less then 0.1 % . 22307 5 8 Ba-130 content is 0.000 %, Ba-132 content is 0.001 % 22307 5 9 Ba-134 content is 0.023 %, Ba-135 content is 0.074 % 22307 5 10 Ba-136 content is 0.312 %, Ba-137 content is 82.250 % 22307 5 11 Ba-138 content is 17.340 % 22307 5 12 .Sample was checked for contamination with water and 22307 5 13 for possible deviations from the assumed stoichiometry 22307 5 14 METHOD (TOF) A Li-6 glass detector, located close to the 22307 5 15 neutron target, was used to normalize the spectra to 22307 5 16 equal neutron flux. Flight path 260 cm. 22307 5 17 DETECTOR (GLASD) Li-6 glass detector 22307 5 18 PART-DET (N) 22307 5 19 MONITOR .No information, probably absolute measurements 22307 5 20 ERR-ANALYS (ERR-T) Total error. 22307 5 21 STATUS (TABLE) Table III of PR/C,50,(5),2582,1994 22307 5 22 = Table 5 of R,KFK-5253 22307 5 23 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 5 24 (20090331U) Last checking has been done. 22307 5 25 ENDBIB 23 0 22307 5 26 COMMON 1 3 22307 5 27 ERR-T 22307 5 28 PER-CENT 22307 5 29 3.4 22307 5 30 ENDCOMMON 3 0 22307 5 31 DATA 3 9 22307 5 32 EN-MIN EN-MAX DATA 22307 5 33 KEV KEV B 22307 5 34 10. 15. 5.1 22307 5 35 15. 20. 3.4 22307 5 36 20. 30. 4.7 22307 5 37 30. 40. 4.6 22307 5 38 40. 60. 4.0 22307 5 39 60. 80. 4.8 22307 5 40 80. 100. 4.6 22307 5 41 100. 150. 4.5 22307 5 42 150. 200. 4.8 22307 5 43 ENDDATA 11 0 22307 5 44 ENDSUBENT 43 0 22307 599999 SUBENT 22307006 20160423 224922307 6 1 BIB 9 26 22307 6 2 REACTION (6-C-12(N,TOT),,SIG,,AV) Averaged over energy 22307 6 3 SAMPLE Disk 22 mm diameter prepared from pure graphite, 22307 6 4 thickness is 4.9 mm and 6.3918e-03 atoms/b, canning I 22307 6 5 aluminum foil O.02 mm thickness and 81.3 mg weight, 22307 6 6 graphite sample weight is 3.1960 g 22307 6 7 METHOD (TOF) A Li-6 glass detector, located close to the 22307 6 8 neutron target, was used to normalize the spectra to 22307 6 9 equal neutron flux. Flight path 260 cm. 22307 6 10 DETECTOR (GLASD) Li-6 glass detector 22307 6 11 PART-DET (N) 22307 6 12 MONITOR .No information, probably absolute measurements 22307 6 13 ERR-ANALYS (ERR-T) Total error. 22307 6 14 STATUS (TABLE) Table III of PR/C,50,(5),2582,1994 22307 6 15 = Table 5 of R,KFK-5253 22307 6 16 (COREL,22374023) C12 - 1.2096g, irradiation with Sm 22307 6 17 (COREL,22377008) C12 - 0.909g, irradiation with Sn 22307 6 18 (COREL,22386026) C12 - 0.7644g, irradiation with Gd 22307 6 19 (COREL,22388026) C12 - 0.9091g, irradiation with Nd 22307 6 20 (COREL,22498026) C12 - 0.7644g, irradiation with Pr,Dy 22307 6 21 (COREL,22499026) C12 - 0.7651g, irradiation with Yb 22307 6 22 (COREL,22813026) C12 - 0.4710g, irradiation with Cd 22307 6 23 (COREL,22916002) C12 - 0.1370g, irradiation with Sm 22307 6 24 (COREL,22917002) C12 - 0.6213g, irradiation with Lu 22307 6 25 (COREL,22926002) C12 - 0.6213g, irradiation with Hf 22307 6 26 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 6 27 (20090331U) Last checking has been done. 22307 6 28 ENDBIB 26 0 22307 6 29 COMMON 1 3 22307 6 30 ERR-T 22307 6 31 PER-CENT 22307 6 32 0.5 22307 6 33 ENDCOMMON 3 0 22307 6 34 DATA 3 9 22307 6 35 EN-MIN EN-MAX DATA 22307 6 36 KEV KEV B 22307 6 37 10. 15. 4.80 22307 6 38 15. 20. 4.63 22307 6 39 20. 30. 4.65 22307 6 40 30. 40. 4.61 22307 6 41 40. 60. 4.58 22307 6 42 60. 80. 4.51 22307 6 43 80. 100. 4.41 22307 6 44 100. 150. 4.34 22307 6 45 150. 200. 4.20 22307 6 46 ENDDATA 11 0 22307 6 47 ENDSUBENT 46 0 22307 699999 SUBENT 22307007 20160423 224922307 7 1 BIB 9 27 22307 7 2 REACTION (79-AU-197(N,TOT),,SIG,,AV) Averaged over energy 22307 7 3 SAMPLE Disk 22 mm diameter prepared from pure gold, 22307 7 4 thickness is 0.25 mm and 1.5048e-3 atoms/B, canning I 22307 7 5 aluminum foil O.02 mm thickness and 75.7 mg weight, 22307 7 6 gold sample weight is 1.8709 g 22307 7 7 METHOD (TOF) A Li-6 glass detector, located close to the 22307 7 8 neutron target, was used to normalize the spectra to 22307 7 9 equal neutron flux. Flight path 260 cm. 22307 7 10 DETECTOR (GLASD) Li-6 glass detector 22307 7 11 PART-DET (N) 22307 7 12 MONITOR .No information, probably absolute measurements 22307 7 13 ERR-ANALYS (ERR-T) Total error. 22307 7 14 STATUS (TABLE) Table III of PR/C,50,(5),2582,1994 22307 7 15 = Table 5 of R,KFK-5253 22307 7 16 (COREL,22374024) Au - 1.2989g, irradiation with Sm 22307 7 17 (COREL,22377009) Au - 1.871 g, irradiation with Sn 22307 7 18 (COREL,22386027) Au - 1.2990g, irradiation with Gd 22307 7 19 (COREL,22388028) Au - 1.8709g, irradiation with Nd 22307 7 20 (COREL,22498028) Au - 1.2990g, irradiation with Pr,Dy 22307 7 21 (COREL,22499027) Au - 1.2995g, irradiation with Yb 22307 7 22 (COREL,22813027) Au - 1.2987g, irradiation with Cd 22307 7 23 (COREL,22916005) Au - 0.5554g, irradiation with Sm 22307 7 24 (COREL,22917005) Au - 1.2996g, irradiation with Lu 22307 7 25 (COREL,22926008) Au - 1.2996g, irradiation with Hf 22307 7 26 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 7 27 err-t in common section corrected 22307 7 28 (20090331U) Last checking has been done. 22307 7 29 ENDBIB 27 0 22307 7 30 COMMON 1 3 22307 7 31 ERR-T 22307 7 32 PER-CENT 22307 7 33 4.4 22307 7 34 ENDCOMMON 3 0 22307 7 35 DATA 3 9 22307 7 36 EN-MIN EN-MAX DATA 22307 7 37 KEV KEV B 22307 7 38 10. 15. 17.5 22307 7 39 15. 20. 14.8 22307 7 40 20. 30. 15.6 22307 7 41 30. 40. 15.0 22307 7 42 40. 60. 13.2 22307 7 43 60. 80. 11.1 22307 7 44 80. 100. 11.5 22307 7 45 100. 150. 11.7 22307 7 46 150. 200. 9.3 22307 7 47 ENDDATA 11 0 22307 7 48 ENDSUBENT 47 0 22307 799999 SUBENT 22307008 20160423 224922307 8 1 BIB 10 50 22307 8 2 REACTION 1((56-BA-134(N,G)56-BA-135,,SIG,,AV)/ 22307 8 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 8 4 energy interval given in data section 22307 8 5 2((56-BA-134(N,G)56-BA-135,,SIG,,AV)/ 22307 8 6 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 8 7 energy interval given in data section 22307 8 8 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 8 9 aluminum foil 75.7 mg, thickness is 1.8 mm and 22307 8 10 1.7959e-03 atoms/B for sum of all Ba isotopes, weight 22307 8 11 of Ba-C-O3 is 2.2053 g, impurity content apart from 22307 8 12 carbon and oxygen less then 0.1 % . 22307 8 13 Ba-130 content is 0.019 %, Ba-132 content is 0.015 % 22307 8 14 Ba-134 content is 81.998 %, Ba-135 content is 2.250 % 22307 8 15 Ba-136 content is 2.073 %, Ba-137 content is 2.051 % 22307 8 16 Ba-138 content is 9.594 % 22307 8 17 sample was checked for contamination with water and 22307 8 18 for possible deviations from the assumed stoichiometry22307 8 19 METHOD (TOF ) The neutron energies were determined with time 22307 8 20 of-flight techniques, with a flight path of 78 cm for 22307 8 21 radiation capture and 260 cm for total sigma 22307 8 22 measurements 22307 8 23 (GSPEC) In-beam gamma-ray spectroscopy. 22307 8 24 DETECTOR (SCIN ) BaF2. The capture events were detected by the 22307 8 25 karlsruhe 4pi barium fluoride detector, which consist 22307 8 26 of 42 hexagonal and pentagonal crystals forming a 22307 8 27 spherical shell of BaF2 with 10 cm inner radius and 22307 8 28 15 cm thickness. It has an energy resolution of 7 22307 8 29 percent at 2.5 MeV, a time resolution of 0.5 ns and a 22307 8 30 peak efficiency of 90 percent at 1 MeV. Capture event 22307 8 31 are detected with 95 percent probability. 22307 8 32 PART-DET (G) 22307 8 33 ANALYSIS 1.Evaluation 1 - all gamma-registrations events sorted 22307 8 34 into two-dimensional sum energy versus tof spectra 22307 8 35 according to event multiplicities 22307 8 36 2.Evaluation 2 - same as evaluation 1 by rejecting 22307 8 37 those events where only neighboring detector modules 22307 8 38 contributed to the sum energy signal 22307 8 39 MISC-COL (MISC1) Correction factor for neutron self-shielding 22307 8 40 and multiple scattering 22307 8 41 (MISC2) Correction factor for the cross section ratio 22307 8 42 ERR-ANALYS (ERR-SYS) Total systematic error 22307 8 43 (ERR-10) Error due to the isotopic impurity of sample 22307 8 44 (ERR-11) Error due to multiple scattering and self- 22307 8 45 shielding in sample 22307 8 46 (ERR-12) Error due to undetected events in sample 22307 8 47 (ERR-S) Statistical error 22307 8 48 STATUS (TABLE) Table 11 - MISC1, Table 12- MISC2, 22307 8 49 Table 13 - DATA 1,2 of R,KFK-5253 22307 8 50 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 8 51 (20090331U) Last checking has been done. 22307 8 52 ENDBIB 50 0 22307 8 53 COMMON 4 3 22307 8 54 ERR-SYS ERR-10 ERR-11 ERR-12 22307 8 55 PER-CENT PER-CENT PER-CENT PER-CENT 22307 8 56 3.1 0.2 0.4 0.6 22307 8 57 ENDCOMMON 3 0 22307 8 58 DATA 8 19 22307 8 59 EN-MIN EN-MAX DATA 1ERR-S 1DATA 2ERR-S 22307 8 60 MISC1 MISC2 22307 8 61 KEV KEV NO-DIM PER-CENT NO-DIM PER-CENT 22307 8 62 NO-DIM NO-DIM 22307 8 63 3. 5. 0.2018 20.4 0.2658 11.822307 8 64 0.974 1.031 22307 8 65 5. 7.5 0.1826 11.6 0.1994 8.222307 8 66 1.001 1.013 22307 8 67 7.5 10. 0.3152 4.9 0.3249 3.722307 8 68 1.01 1.009 22307 8 69 10. 12.5 0.2866 3.9 0.2809 3.122307 8 70 1.015 1.008 22307 8 71 12.5 15. 0.2347 4.3 0.2213 3.522307 8 72 1.018 1.005 22307 8 73 15. 20. 0.3445 1.8 0.3378 1.422307 8 74 1.021 1.001 22307 8 75 20. 25. 0.3451 1.5 0.3452 1.222307 8 76 1.023 0.998 22307 8 77 25. 30. 0.2645 1.4 0.2773 1.122307 8 78 1.025 0.995 22307 8 79 30. 40. 0.3287 0.9 0.3318 0.722307 8 80 1.026 0.992 22307 8 81 30. 80. 0.3245 0.6 0.3264 0.422307 8 82 22307 8 83 40. 50. 0.3097 0.9 0.3101 0.722307 8 84 1.027 0.99 22307 8 85 50. 60. 0.3341 0.8 0.3369 0.722307 8 86 1.027 0.988 22307 8 87 60. 80. 0.3255 0.7 0.3268 0.522307 8 88 1.028 0.985 22307 8 89 80. 100. 0.3511 0.8 0.351 0.622307 8 90 1.029 0.983 22307 8 91 100. 120. 0.3402 0.8 0.3398 0.622307 8 92 1.029 0.983 22307 8 93 120. 150. 0.3247 1.1 0.3252 0.822307 8 94 1.029 0.982 22307 8 95 150. 175. 0.3338 1.1 0.3326 0.922307 8 96 1.029 0.981 22307 8 97 175. 200. 0.3257 1.2 0.3295 1.22307 8 98 1.029 0.98 22307 8 99 200. 225. 0.3179 2.1 0.3152 1.722307 8 100 1.028 0.98 22307 8 101 ENDDATA 42 0 22307 8 102 ENDSUBENT 101 0 22307 899999 SUBENT 22307009 20160423 224922307 9 1 BIB 11 51 22307 9 2 REACTION 1((56-BA-135(N,G)56-BA-136,,SIG,,AV)/ 22307 9 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 9 4 energy interval given in data section 22307 9 5 2((56-BA-135(N,G)56-BA-136,,SIG,,AV)/ 22307 9 6 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 9 7 energy interval given in data section 22307 9 8 REFERENCE (R,KFK-5253,199403) 22307 9 9 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 9 10 aluminum foil 75.3 mg, thickness is 1.2 mm and 22307 9 11 1.1168e-03 atoms/B for sum of all Ba isotopes, weight 22307 9 12 of Ba-C-O3 is 1.3755 g, impurity content apart from 22307 9 13 carbon and oxygen less then 0.1 % . 22307 9 14 Ba-130 content is 0.001 %, Ba-132 content is 0.003 % 22307 9 15 Ba-134 content is 0.198 %, Ba-135 content is 93.870pc 22307 9 16 Ba-136 content is 2.990 %, Ba-137 content is 0.676 % 22307 9 17 Ba-138 content is 2.262 % 22307 9 18 .Sample was checked for contamination with water and 22307 9 19 for possible deviations from the assumed stoichiometry 22307 9 20 METHOD (TOF ) The neutron energies were determined with time 22307 9 21 of-flight techniques, with a flight path of 78 cm for 22307 9 22 radiation capture and 260 cm for total sigma 22307 9 23 measurements 22307 9 24 (GSPEC) In-beam gamma-ray spectroscopy. 22307 9 25 DETECTOR (SCIN ) Ba-F2. The capture events were detected by the 22307 9 26 karlsruhe 4pi barium fluoride detector,which consists 22307 9 27 of 42 hexagonal and pentagonal crystals forming a 22307 9 28 spherical shell of BaF2 with 10 cm inner radius and 22307 9 29 15 cm thickness. It has an energy resolution of 7 22307 9 30 percent at 2.5 MeV, a time resolution of 0.5 ns and a 22307 9 31 peak efficiency of 90 percent at 1 MeV. Capture event 22307 9 32 are detected with 95 percent probability. 22307 9 33 PART-DET (G) 22307 9 34 ANALYSIS 1.Evaluation 1 - all gamma-registrations events sorted 22307 9 35 into two-dimensional sum energy versus tof spectra 22307 9 36 according to event multiplicities 22307 9 37 2.Evaluation 2 - same as evaluation 1 by rejecting 22307 9 38 those events where only neighboring detector modules 22307 9 39 contributed to the sum energy signal 22307 9 40 MISC-COL (MISC1) Correction factor for neutron self-shielding 22307 9 41 and multiple scattering 22307 9 42 (MISC2) Correction factor for the cross section ratio 22307 9 43 ERR-ANALYS (ERR-SYS) Total systematic error 22307 9 44 (ERR-10) Error due to the isotopic impurity of sample 22307 9 45 (ERR-11) Error due to multiple scattering and self- 22307 9 46 shielding in sample 22307 9 47 (ERR-12) Error due to undetected events in sample 22307 9 48 (ERR-S) Statistical error 22307 9 49 STATUS (TABLE) Table 11 - MISC1, Table 12- MISC2, 22307 9 50 Table 14 - DATA 1,2 of R,KFK-5253 22307 9 51 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 9 52 (20090331U) Last checking has been done. 22307 9 53 ENDBIB 51 0 22307 9 54 COMMON 4 3 22307 9 55 ERR-SYS ERR-10 ERR-11 ERR-12 22307 9 56 PER-CENT PER-CENT PER-CENT PER-CENT 22307 9 57 3. 0.1 0.3 0.4 22307 9 58 ENDCOMMON 3 0 22307 9 59 DATA 8 19 22307 9 60 EN-MIN EN-MAX DATA 1ERR-S 1DATA 2ERR-S 22307 9 61 MISC1 MISC2 22307 9 62 KEV KEV NO-DIM PER-CENT NO-DIM PER-CENT 22307 9 63 NO-DIM NO-DIM 22307 9 64 3. 5. 1.0148 16.7 0.7861 10.122307 9 65 1.002 1.002 22307 9 66 5. 7.5 0.4437 8.6 0.633 4.922307 9 67 1.01 1.004 22307 9 68 7.5 10. 0.7927 4.2 0.8773 2.722307 9 69 1.015 1.004 22307 9 70 10. 12.5 0.5629 3.5 0.6863 2.322307 9 71 1.017 1.007 22307 9 72 12.5 15. 0.6585 2.7 0.7728 1.822307 9 73 1.018 1.006 22307 9 74 15. 20. 0.7493 1.4 0.8203 1.622307 9 75 1.018 1.004 22307 9 76 20. 25. 0.928 1. 0.952 0.822307 9 77 1.018 1.003 22307 9 78 25. 30. 0.8784 0.8 0.8766 0.722307 9 79 1.018 1.002 22307 9 80 30. 40. 0.8698 0.6 0.8566 0.522307 9 81 1.018 1. 22307 9 82 30. 80. 0.8502 0.4 0.8388 0.322307 9 83 22307 9 84 40. 50. 0.9036 0.6 0.8807 0.522307 9 85 1.018 0.999 22307 9 86 50. 60. 0.8484 0.6 0.8385 0.522307 9 87 1.018 0.997 22307 9 88 60. 80. 0.7788 0.5 0.7795 0.422307 9 89 1.018 0.995 22307 9 90 80. 100. 0.777 0.6 0.7718 0.422307 9 91 1.019 0.993 22307 9 92 100. 120. 0.7351 0.6 0.7332 0.522307 9 93 1.019 0.992 22307 9 94 120. 150. 0.7005 0.8 0.7033 0.622307 9 95 1.019 0.991 22307 9 96 150. 175. 0.6891 0.9 0.6863 0.722307 9 97 1.019 0.99 22307 9 98 175. 200. 0.6753 1. 0.6754 0.822307 9 99 1.019 0.989 22307 9 100 200. 225. 0.6642 1.7 0.6648 1.422307 9 101 1.019 0.988 22307 9 102 ENDDATA 42 0 22307 9 103 ENDSUBENT 102 0 22307 999999 SUBENT 22307010 20160423 224922307 10 1 BIB 11 51 22307 10 2 REACTION 1((56-BA-136(N,G)56-BA-137,,SIG,,AV)/ 22307 10 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 10 4 energy interval given in data section 22307 10 5 2((56-BA-136(N,G)56-BA-137,,SIG,,AV)/ 22307 10 6 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 10 7 energy interval given in data section 22307 10 8 REFERENCE (R,KFK-5253,199403) 22307 10 9 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 10 10 aluminum foil 81.4 mg, thickness is 5.1 mm and 22307 10 11 5.2964e-03 atoms/B for sum of all Ba isotopes, weight 22307 10 12 of Ba-C-O3 is 6.5564 g, impurity content apart from 22307 10 13 carbon and oxygen less then 0.1 % . 22307 10 14 Ba-130 content is 0.002 %, Ba-132 content is 0.003 % 22307 10 15 Ba-134 content is 0.078 %, Ba-135 content is 0.972 % 22307 10 16 Ba-136 content is 92.677 %, Ba-137 content is 1.812 % 22307 10 17 Ba-138 content is 4.456 % 22307 10 18 .Sample was checked for contamination with water and 22307 10 19 for possible deviations from the assumed stoichiometry 22307 10 20 METHOD (TOF ) The neutron energies were determined with time 22307 10 21 of-flight techniques, with a flight path of 78 cm for 22307 10 22 radiation capture and 260 cm for total sigma 22307 10 23 measurements 22307 10 24 (GSPEC) In-beam gamma-ray spectroscopy. 22307 10 25 DETECTOR (SCIN ) Ba-F2. The capture events were detected by the 22307 10 26 karlsruhe 4pi barium fluoride detector,which consists 22307 10 27 of 42 hexagonal and pentagonal crystals forming a 22307 10 28 spherical shell of BaF2 with 10 cm inner radius and 22307 10 29 15 cm thickness. It has an energy resolution of 7 22307 10 30 percent at 2.5 MeV, a time resolution of 0.5 ns and a 22307 10 31 peak efficiency of 90 percent at 1 MeV. Capture event 22307 10 32 are detected with 95 percent probability. 22307 10 33 PART-DET (G) 22307 10 34 ANALYSIS 1.Evaluation 1 - all gamma-registrations events sorted 22307 10 35 into two-dimensional sum energy versus tof spectra 22307 10 36 according to event multiplicities 22307 10 37 2.Evaluation 2 - same as evaluation 1 by rejecting 22307 10 38 those events where only neighboring detector modules 22307 10 39 contributed to the sum energy signal 22307 10 40 MISC-COL (MISC1) Correction factor for neutron self-shielding 22307 10 41 and multiple scattering 22307 10 42 (MISC2) Correction factor for the cross section ratio 22307 10 43 ERR-ANALYS (ERR-SYS) Total systematic error 22307 10 44 (ERR-10) Error due to the isotopic impurity of sample 22307 10 45 (ERR-11) Error due to multiple scattering and self- 22307 10 46 shielding in sample 22307 10 47 (ERR-12) Error due to undetected events in sample 22307 10 48 (ERR-S) Statistical error. 22307 10 49 STATUS (TABLE) Table 11 - MISC1, Table 12- MISC2, 22307 10 50 Table 15 - DATA 1,2 of R,KFK-5253 22307 10 51 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 10 52 (20090331U) Last checking has been done. 22307 10 53 ENDBIB 51 0 22307 10 54 COMMON 4 3 22307 10 55 ERR-SYS ERR-10 ERR-11 ERR-12 22307 10 56 PER-CENT PER-CENT PER-CENT PER-CENT 22307 10 57 3.2 0.3 0.4 1. 22307 10 58 ENDCOMMON 3 0 22307 10 59 DATA 8 19 22307 10 60 EN-MIN EN-MAX DATA 1ERR-S 1DATA 2ERR-S 22307 10 61 MISC1 MISC2 22307 10 62 KEV KEV NO-DIM PER-CENT NO-DIM PER-CENT 22307 10 63 NO-DIM NO-DIM 22307 10 64 3. 5. 0.1658 10.2 0.1675 8.222307 10 65 0.89 1.128 22307 10 66 5. 7.5 0.0875 10.1 0.0958 7.522307 10 67 0.934 1.086 22307 10 68 7.5 10. 0.0908 7. 0.0844 6.122307 10 69 0.963 1.058 22307 10 70 10. 12.5 0.0968 4.8 0.0852 4.422307 10 71 0.977 1.047 22307 10 72 12.5 15. 0.1356 3.2 0.1224 2.922307 10 73 0.985 1.039 22307 10 74 15. 20. 0.1495 1.8 0.1344 1.622307 10 75 0.995 1.027 22307 10 76 20. 25. 0.1218 1.8 0.1196 1.622307 10 77 1.004 1.017 22307 10 78 25. 30. 0.0888 1.8 0.0925 1.522307 10 79 1.004 1.017 22307 10 80 30. 40. 0.1195 1. 0.1168 0.822307 10 81 1.011 1.009 22307 10 82 30. 80. 0.1113 0.6 0.111 0.522307 10 83 22307 10 84 40. 50. 0.096 1.1 0.0982 0.922307 10 85 1.018 0.992 22307 10 86 50. 60. 0.1204 0.9 0.1208 0.822307 10 87 1.025 0.987 22307 10 88 60. 80. 0.1093 0.8 0.108 0.622307 10 89 1.028 0.983 22307 10 90 80. 100. 0.1168 0.8 0.1164 0.722307 10 91 1.031 0.981 22307 10 92 100. 120. 0.1144 0.9 0.1137 0.722307 10 93 1.032 0.981 22307 10 94 120. 150. 0.1092 1.1 0.108 1.22307 10 95 1.031 0.98 22307 10 96 150. 175. 0.1022 1.2 0.1028 1.122307 10 97 1.03 0.98 22307 10 98 175. 200. 0.1085 1.3 0.1092 1.122307 10 99 1.03 0.979 22307 10 100 200. 225. 0.1083 2.1 0.1077 1.822307 10 101 1.03 0.978 22307 10 102 ENDDATA 42 0 22307 10 103 ENDSUBENT 102 0 22307 1099999 SUBENT 22307011 20160423 224922307 11 1 BIB 11 51 22307 11 2 REACTION 1((56-BA-137(N,G)56-BA-138,,SIG,,AV)/ 22307 11 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 11 4 energy interval given in data section 22307 11 5 2((56-BA-137(N,G)56-BA-138,,SIG,,AV)/ 22307 11 6 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 11 7 energy interval given in data section 22307 11 8 REFERENCE (R,KFK-5253,199403) 22307 11 9 SAMPLE Disk 22 mm diameter prepared from Ba-C-O3 in 0.02 mm 22307 11 10 aluminum foil 81.8 mg, thickness is 6.1 mm and 22307 11 11 6.3918e-03 atoms/B for sum of all Ba isotopes, weight 22307 11 12 of Ba-C-O3 is 7.9555 g, impurity content apart from 22307 11 13 carbon and oxygen less then 0.1 % . 22307 11 14 Ba-130 content is 0.000 %, Ba-132 content is 0.001 % 22307 11 15 Ba-134 content is 0.023 %, Ba-135 content is 0.074 % 22307 11 16 Ba-136 content is 0.312 %, Ba-137 content is 82.250 % 22307 11 17 Ba-138 content is 17.340 % 22307 11 18 .Sample was checked for contamination with water and 22307 11 19 for possible deviations from the assumed stoichiometry 22307 11 20 METHOD (TOF ) The neutron energies were determined with time 22307 11 21 of-flight techniques, with a flight path of 78 cm for 22307 11 22 radiation capture and 260 cm for total sigma 22307 11 23 measurements 22307 11 24 (GSPEC) In-beam gamma-ray spectroscopy. 22307 11 25 DETECTOR (SCIN ) Ba-F2. The capture events were detected by the 22307 11 26 karlsruhe 4pi barium fluoride detector,which consists 22307 11 27 of 42 hexagonal and pentagonal crystals forming a 22307 11 28 spherical shell of BaF2 with 10 cm inner radius and 22307 11 29 15 cm thickness. It has an energy resolution of 7 22307 11 30 percent at 2.5 MeV, a time resolution of 0.5 ns and a 22307 11 31 peak efficiency of 90 percent at 1 MeV. Capture event 22307 11 32 are detected with 95 percent probability. 22307 11 33 PART-DET (G) 22307 11 34 ANALYSIS 1.Evaluation 1 - all gamma-registrations events sorted 22307 11 35 into two-dimensional sum energy versus tof spectra 22307 11 36 according to event multiplicities 22307 11 37 2.Evaluation 2 - same as evaluation 1 by rejecting 22307 11 38 those events where only neighboring detector modules 22307 11 39 contributed to the sum energy signal 22307 11 40 MISC-COL (MISC1) Correction factor for neutron self-shielding 22307 11 41 and multiple scattering 22307 11 42 (MISC2) Correction factor for the cross section ratio 22307 11 43 ERR-ANALYS (ERR-SYS) Total systematic error 22307 11 44 (ERR-10) Error due to the isotopic impurity of sample 22307 11 45 (ERR-11) Error due to multiple scattering and self- 22307 11 46 shielding in sample 22307 11 47 (ERR-12) Error due to undetected events in sample 22307 11 48 (ERR-S) Statistical error. 22307 11 49 STATUS (TABLE) Table 11 - MISC1, Table 12- MISC2, 22307 11 50 Table 16 - DATA 1,2 of R,KFK-5253 22307 11 51 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 11 52 (20090331U) Last checking has been done. 22307 11 53 ENDBIB 51 0 22307 11 54 COMMON 4 3 22307 11 55 ERR-SYS ERR-10 ERR-11 ERR-12 22307 11 56 PER-CENT PER-CENT PER-CENT PER-CENT 22307 11 57 3.2 1. 0.4 0.4 22307 11 58 ENDCOMMON 3 0 22307 11 59 DATA 8 19 22307 11 60 EN-MIN EN-MAX DATA 1ERR-S 1DATA 2ERR-S 22307 11 61 MISC1 MISC2 22307 11 62 KEV KEV NO-DIM PER-CENT NO-DIM PER-CENT 22307 11 63 NO-DIM NO-DIM 22307 11 64 3. 5. 0.6512 20. 0.4423 16.522307 11 65 0.943 1.065 22307 11 66 5. 7.5 0.1198 15.2 0.1039 10.322307 11 67 0.975 1.04 22307 11 68 7.5 10. 0.0918 9. 0.131 4.722307 11 69 0.995 1.024 22307 11 70 10. 12.5 0.0881 7.6 0.1142 3.922307 11 71 1.006 1.017 22307 11 72 12.5 15. 0.1046 5.6 0.1265 3.422307 11 73 1.011 1.012 22307 11 74 15. 20. 0.0982 3.2 0.1204 2.22307 11 75 1.017 1.005 22307 11 76 20. 25. 0.1662 1.6 0.1754 1.222307 11 77 1.021 1. 22307 11 78 25. 30. 0.115 1.7 0.12 1.322307 11 79 1.024 0.996 22307 11 80 30. 40. 0.1513 0.9 0.153 0.722307 11 81 1.027 0.991 22307 11 82 30. 80. 0.1449 0.5 0.1463 0.422307 11 83 22307 11 84 40. 50. 0.1418 0.9 0.145 0.722307 11 85 1.03 0.987 22307 11 86 50. 60. 0.1432 0.9 0.1457 0.722307 11 87 1.032 0.984 22307 11 88 60. 80. 0.1413 0.7 0.1415 0.522307 11 89 1.034 0.98 22307 11 90 80. 100. 0.143 0.7 0.14 0.622307 11 91 1.036 0.977 22307 11 92 100. 120. 0.1404 0.8 0.1393 0.622307 11 93 1.037 0.975 22307 11 94 120. 150. 0.1208 1.1 0.1194 0.922307 11 95 1.038 0.973 22307 11 96 150. 175. 0.131 1.1 0.128 0.922307 11 97 1.038 0.972 22307 11 98 175. 200. 0.1231 1.2 0.1201 1.22307 11 99 1.038 0.971 22307 11 100 200. 225. 0.1237 2. 0.1223 1.622307 11 101 1.038 0.97 22307 11 102 ENDDATA 42 0 22307 11 103 ENDSUBENT 102 0 22307 1199999 SUBENT 22307012 20160423 224922307 12 1 BIB 4 11 22307 12 2 REACTION ((56-BA-134(N,G)56-BA-135,,SIG,,AV)/ 22307 12 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 12 4 energy interval given in data section 22307 12 5 ERR-ANALYS (ERR-SYS) Total systematic error 22307 12 6 (ERR-T) Total error. 22307 12 7 (ERR-S) Statistical error. 22307 12 8 STATUS (TABLE) Table VII of PR/C,50,(5),2582,1994 22307 12 9 = Table 17 of R,KFK-5253 22307 12 10 (DEP,22307008) 22307 12 11 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 12 12 (20090331U) Last checking has been done. 22307 12 13 ENDBIB 11 0 22307 12 14 NOCOMMON 0 0 22307 12 15 DATA 6 18 22307 12 16 EN-MIN EN-MAX DATA ERR-S ERR-SYS ERR-T 22307 12 17 KEV KEV NO-DIM PER-CENT PER-CENT PER-CENT 22307 12 18 3. 5. 0.2658 11.7 22307 12 19 5. 7.5 0.1994 8.2 3.1 8.8 22307 12 20 7.5 10. 0.3249 3.7 3.1 4.8 22307 12 21 10. 12.5 0.2809 3.1 3.1 3.4 22307 12 22 12.5 15. 0.2213 3.5 3.1 3.7 22307 12 23 15. 20. 0.3378 1.4 3.1 3.4 22307 12 24 20. 25. 0.3452 1.2 3.1 3.3 22307 12 25 25. 30. 0.2773 1.1 3.1 3.3 22307 12 26 30. 40. 0.3318 0.7 3.1 3.2 22307 12 27 40. 50. 0.3101 0.7 3.1 3.2 22307 12 28 50. 60. 0.3369 0.7 3.1 3.2 22307 12 29 60. 80. 0.3268 0.5 3.1 3.1 22307 12 30 80. 100. 0.3510 0.6 3.1 3.2 22307 12 31 100. 120. 0.3398 0.6 3.1 3.2 22307 12 32 120. 150. 0.3252 0.8 3.1 3.2 22307 12 33 150. 175. 0.3326 0.9 3.1 3.2 22307 12 34 175. 200. 0.3295 1.0 3.1 3.3 22307 12 35 200. 225. 0.3152 1.7 3.1 3.5 22307 12 36 ENDDATA 20 0 22307 12 37 ENDSUBENT 36 0 22307 1299999 SUBENT 22307013 20160423 224922307 13 1 BIB 4 11 22307 13 2 REACTION ((56-BA-135(N,G)56-BA-136,,SIG,,AV)/ 22307 13 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 13 4 energy interval given in data section 22307 13 5 ERR-ANALYS (ERR-SYS) Total systematic error 22307 13 6 (ERR-T) Total error. 22307 13 7 (ERR-S) Statistical error. 22307 13 8 STATUS (TABLE) Table VII of PR/C,50,(5),2582,1994 22307 13 9 = Table 17 of R,KFK-5253 22307 13 10 (DEP,22307009) 22307 13 11 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 13 12 (20090331U) Last checking has been done. 22307 13 13 ENDBIB 11 0 22307 13 14 NOCOMMON 0 0 22307 13 15 DATA 6 18 22307 13 16 EN-MIN EN-MAX DATA ERR-S ERR-SYS ERR-T 22307 13 17 KEV KEV NO-DIM PER-CENT PER-CENT PER-CENT 22307 13 18 3. 5. 0.7861 10.1 22307 13 19 5. 7.5 0.6330 4.9 22307 13 20 7.5 10. 0.8773 2.7 22307 13 21 10. 12.5 0.6863 2.3 3.0 3.8 22307 13 22 12.5 15. 0.7728 1.8 3.0 3.5 22307 13 23 15. 20. 0.8203 1.0 3.0 3.2 22307 13 24 20. 25. 0.9520 0.8 3.0 3.1 22307 13 25 25. 30. 0.8766 0.7 3.0 3.1 22307 13 26 30. 40. 0.8566 0.5 3.0 3.0 22307 13 27 40. 50. 0.8807 0.5 3.0 3.0 22307 13 28 50. 60. 0.8385 0.5 3.0 3.0 22307 13 29 60. 80. 0.7795 0.4 3.0 3.0 22307 13 30 80. 100. 0.7718 0.4 3.0 3.0 22307 13 31 100. 120. 0.7332 0.5 3.0 3.0 22307 13 32 120. 150. 0.7033 0.6 3.0 3.1 22307 13 33 150. 175. 0.6863 0.7 3.0 3.1 22307 13 34 175. 200. 0.6754 0.8 3.0 3.1 22307 13 35 200. 225. 0.6648 1.4 3.0 3.3 22307 13 36 ENDDATA 20 0 22307 13 37 ENDSUBENT 36 0 22307 1399999 SUBENT 22307014 20160423 224922307 14 1 BIB 4 11 22307 14 2 REACTION ((56-BA-136(N,G)56-BA-137,,SIG,,AV)/ 22307 14 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 14 4 energy interval given in data section 22307 14 5 ERR-ANALYS (ERR-SYS) Total systematic error 22307 14 6 (ERR-T) Total error. 22307 14 7 (ERR-S) Statistical error. 22307 14 8 STATUS (TABLE) Table VII of PR/C,50,(5),2582,1994 22307 14 9 = Table 17 of R,KFK-5253 22307 14 10 (DEP,22307010) 22307 14 11 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 14 12 (20090331U) Last checking has been done. 22307 14 13 ENDBIB 11 0 22307 14 14 NOCOMMON 0 0 22307 14 15 DATA 6 18 22307 14 16 EN-MIN EN-MAX DATA ERR-S ERR-SYS ERR-T 22307 14 17 KEV KEV NO-DIM PER-CENT PER-CENT PER-CENT 22307 14 18 3. 5. 0.1675 8.2 22307 14 19 5. 7.5 0.0958 7.5 3.2 8.2 22307 14 20 7.5 10. 0.0844 6.1 3.2 6.9 22307 14 21 10. 12.5 0.0852 4.4 3.2 5.4 22307 14 22 12.5 15. 0.1224 2.9 3.2 4.3 22307 14 23 15. 20. 0.1344 1.6 3.2 3.6 22307 14 24 20. 25. 0.1196 1.6 3.2 3.6 22307 14 25 25. 30. 0.0925 1.5 3.2 3.5 22307 14 26 30. 40. 0.1168 0.8 3.2 3.3 22307 14 27 40. 50. 0.0982 0.9 3.2 3.3 22307 14 28 50. 60. 0.1208 0.8 3.2 3.3 22307 14 29 60. 80. 0.1080 0.6 3.2 3.3 22307 14 30 80. 100. 0.1164 0.7 3.2 3.3 22307 14 31 100. 120. 0.1137 0.7 3.2 3.3 22307 14 32 120. 150. 0.1080 1.0 3.2 3.4 22307 14 33 150. 175. 0.1028 1.1 3.2 3.4 22307 14 34 175. 200. 0.1092 1.1 3.2 3.4 22307 14 35 200. 225. 0.1077 1.8 3.2 3.7 22307 14 36 ENDDATA 20 0 22307 14 37 ENDSUBENT 36 0 22307 1499999 SUBENT 22307015 20160423 224922307 15 1 BIB 4 11 22307 15 2 REACTION ((56-BA-137(N,G)56-BA-138,,SIG,,AV)/ 22307 15 3 (79-AU-197(N,G)79-AU-198,,SIG,,AV)) Averaged over 22307 15 4 energy interval given in data section 22307 15 5 ERR-ANALYS (ERR-SYS) Total systematic error 22307 15 6 (ERR-T) Total error. 22307 15 7 (ERR-S) Statistical error. 22307 15 8 STATUS (TABLE) Table VII of PR/C,50,(5),2582,1994 22307 15 9 = Table 17 of R,KFK-5253 22307 15 10 (DEP,22307011) 22307 15 11 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 15 12 (20090331U) Last checking has been done. 22307 15 13 ENDBIB 11 0 22307 15 14 NOCOMMON 0 0 22307 15 15 DATA 6 18 22307 15 16 EN-MIN EN-MAX DATA ERR-S ERR-SYS ERR-T 22307 15 17 KEV KEV NO-DIM PER-CENT PER-CENT PER-CENT 22307 15 18 3. 5. 0.4423 16.5 22307 15 19 5. 7.5 0.1039 10.3 22307 15 20 7.5 10. 0.1310 4.7 22307 15 21 10. 12.5 0.1142 3.9 3.2 5.22307 15 22 12.5 15. 0.1265 3.4 3.2 4.722307 15 23 15. 20. 0.1204 2.0 3.2 3.822307 15 24 20. 25. 0.1754 1.2 3.2 3.422307 15 25 25. 30. 0.1200 1.3 3.2 3.522307 15 26 30. 40. 0.1530 0.7 3.2 3.322307 15 27 40. 50. 0.1450 0.7 3.2 3.322307 15 28 50. 60. 0.1457 0.7 3.2 3.322307 15 29 60. 80. 0.1415 0.5 3.2 3.222307 15 30 80. 100. 0.1400 0.6 3.2 3.322307 15 31 100. 120. 0.1393 0.6 3.2 3.322307 15 32 120. 150. 0.1194 0.9 3.2 3.322307 15 33 150. 175. 0.1280 0.9 3.2 3.322307 15 34 175. 200. 0.1201 1.0 3.2 3.422307 15 35 200. 225. 0.1223 1.6 3.2 3.622307 15 36 ENDDATA 20 0 22307 15 37 ENDSUBENT 36 0 22307 1599999 SUBENT 22307016 20160423 224922307 16 1 BIB 5 14 22307 16 2 REACTION (56-BA-134(N,G)56-BA-135,,SIG,,AV) Averaged over 22307 16 3 energy interval given in data section 22307 16 4 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 22307 16 5 MONIT-REF (,R.L.Macklin,W,MACKLIN,1982) 22307 16 6 (,W.Ratynski+,J,PR/C,37,595,1988) 22307 16 7 The standard Au capture cross section as a function of 22307 16 8 energy was taken from Macklin, and normalized by a 22307 16 9 factor of 0.989 to the absolute value of Ratynski and 22307 16 10 Kaeppeler. 22307 16 11 STATUS (TABLE) Table VIII of PR/C,50,(5),2582,1994 22307 16 12 = Table 18 of R,KFK-5253 22307 16 13 (DEP,22307012) Measured ratio 22307 16 14 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 16 15 (20090218U) Empty data line deleted 22307 16 16 ENDBIB 14 0 22307 16 17 NOCOMMON 0 0 22307 16 18 DATA 4 17 22307 16 19 EN-MIN EN-MAX DATA MONIT 22307 16 20 KEV KEV MB MB 22307 16 21 5. 7.5 344.3 1726.7 22307 16 22 7.5 10. 395.0 1215.7 22307 16 23 10. 12.5 299.6 1066.7 22307 16 24 12.5 15. 194.3 878.0 22307 16 25 15. 20. 249.6 738.8 22307 16 26 20. 25. 207.1 600.0 22307 16 27 25. 30. 158.3 570.8 22307 16 28 30. 40. 166.1 500.4 22307 16 29 40. 50. 134.4 433.3 22307 16 30 50. 60. 131.3 389.6 22307 16 31 60. 80. 114.2 349.4 22307 16 32 80. 100. 104.7 298.3 22307 16 33 100. 120. 98.6 290.1 22307 16 34 120. 150. 89.1 274.1 22307 16 35 150. 175. 87.7 263.7 22307 16 36 175. 200. 83.2 252.6 22307 16 37 200. 225. 78.3 248.5 22307 16 38 ENDDATA 19 0 22307 16 39 ENDSUBENT 38 0 22307 1699999 SUBENT 22307017 20160423 224922307 17 1 BIB 5 14 22307 17 2 REACTION (56-BA-135(N,G)56-BA-136,,SIG,,AV) Averaged over 22307 17 3 energy interval given in data section 22307 17 4 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 22307 17 5 MONIT-REF (,R.L.Macklin,W,MACKLIN,1982) 22307 17 6 (,W.Ratynski+,J,PR/C,37,595,1988) 22307 17 7 The standard Au capture cross section as a function of 22307 17 8 energy was taken from Macklin, and normalized by a 22307 17 9 factor of 0.989 to the absolute value of Ratynski and 22307 17 10 Kaeppeler. 22307 17 11 STATUS (TABLE) Table VIII of PR/C,50,(5),2582,1994 22307 17 12 = Table 18 of R,KFK-5253 22307 17 13 (DEP,22307013) Measured ratio 22307 17 14 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 17 15 (20090331U) Last checking has been done. 22307 17 16 ENDBIB 14 0 22307 17 17 NOCOMMON 0 0 22307 17 18 DATA 4 15 22307 17 19 EN-MIN EN-MAX DATA MONIT 22307 17 20 KEV KEV MB MB 22307 17 21 10. 12.5 732.1 1066.7 22307 17 22 12.5 15. 678.5 878. 22307 17 23 15. 20. 606.0 738.8 22307 17 24 20. 25. 571.2 600. 22307 17 25 25. 30. 500.4 570.8 22307 17 26 30. 40. 428.6 500.4 22307 17 27 40. 50. 381.6 433.3 22307 17 28 50. 60. 326.7 389.6 22307 17 29 60. 80. 272.3 349.4 22307 17 30 80. 100. 230.2 298.3 22307 17 31 100. 120. 212.7 290.1 22307 17 32 120. 150. 192.8 274.1 22307 17 33 150. 175. 180.9 263.7 22307 17 34 175. 200. 170.6 252.6 22307 17 35 200. 225. 165.2 248.5 22307 17 36 ENDDATA 17 0 22307 17 37 ENDSUBENT 36 0 22307 1799999 SUBENT 22307018 20160423 224922307 18 1 BIB 5 14 22307 18 2 REACTION (56-BA-136(N,G)56-BA-137,,SIG,,AV) Averaged over 22307 18 3 energy interval given in data section 22307 18 4 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 22307 18 5 MONIT-REF (,R.L.Macklin,W,MACKLIN,1982) 22307 18 6 (,W.Ratynski+,J,PR/C,37,595,1988) 22307 18 7 The standard Au capture cross section as a function of 22307 18 8 energy was taken from Macklin, and normalized by a 22307 18 9 factor of 0.989 to the absolute value of Ratynski and 22307 18 10 Kaeppeler. 22307 18 11 STATUS (TABLE) Table VIII of PR/C,50,(5),2582,1994 22307 18 12 = Table 18 of R,KFK-5253 22307 18 13 (DEP,22307014) Measured ratio 22307 18 14 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 18 15 (20090331U) Last checking has been done. 22307 18 16 ENDBIB 14 0 22307 18 17 NOCOMMON 0 0 22307 18 18 DATA 4 17 22307 18 19 EN-MIN EN-MAX DATA MONIT 22307 18 20 KEV KEV MB MB 22307 18 21 5. 7.5 165.4 1726.7 22307 18 22 7.5 10. 102.6 1215.7 22307 18 23 10. 12.5 90.9 1066.7 22307 18 24 12.5 15. 107.4 878. 22307 18 25 15. 20. 99.3 738.8 22307 18 26 20. 25. 71.8 600. 22307 18 27 25. 30. 52.8 570.8 22307 18 28 30. 40. 58.5 500.4 22307 18 29 40. 50. 42.5 433.3 22307 18 30 50. 60. 47.1 389.6 22307 18 31 60. 80. 37.8 349.4 22307 18 32 80. 100. 34.7 298.3 22307 18 33 100. 120. 33. 290.1 22307 18 34 120. 150. 29.6 274.1 22307 18 35 150. 175. 27.1 263.7 22307 18 36 175. 200. 27.6 252.6 22307 18 37 200. 225. 26.8 248.5 22307 18 38 ENDDATA 19 0 22307 18 39 ENDSUBENT 38 0 22307 1899999 SUBENT 22307019 20160423 224922307 19 1 BIB 5 14 22307 19 2 REACTION (56-BA-137(N,G)56-BA-138,,SIG,,AV) Averaged over 22307 19 3 energy interval given in data section 22307 19 4 MONITOR (79-AU-197(N,G)79-AU-198,,SIG) 22307 19 5 MONIT-REF (,R.L.Macklin,W,MACKLIN,1982) 22307 19 6 (,W.Ratynski+,J,PR/C,37,595,1988) 22307 19 7 The standard Au capture cross section as a function of 22307 19 8 energy was taken from Macklin, and normalized by a 22307 19 9 factor of 0.989 to the absolute value of Ratynski and 22307 19 10 Kaeppeler. 22307 19 11 STATUS (TABLE) Table VIII of PR/C,50,(5),2582,1994 22307 19 12 = Table 18 of R,KFK-5253 22307 19 13 (DEP,22307015) Measured ratio 22307 19 14 HISTORY (19980305U) 'SPA' in reaction SF8 changed to 'AV' 22307 19 15 (20090331U) Last checking has been done. 22307 19 16 ENDBIB 14 0 22307 19 17 NOCOMMON 0 0 22307 19 18 DATA 4 15 22307 19 19 EN-MIN EN-MAX DATA MONIT 22307 19 20 KEV KEV MB MB 22307 19 21 10. 12.5 121.9 1066.7 22307 19 22 12.5 15. 111.1 878. 22307 19 23 15. 20. 89. 738.8 22307 19 24 20. 25. 105.3 600. 22307 19 25 25. 30. 68.5 570.8 22307 19 26 30. 40. 76.6 500.4 22307 19 27 40. 50. 62.8 433.3 22307 19 28 50. 60. 56.8 389.6 22307 19 29 60. 80. 49.4 349.4 22307 19 30 80. 100. 41.8 298.3 22307 19 31 100. 120. 40.4 290.1 22307 19 32 120. 150. 32.7 274.1 22307 19 33 150. 175. 33.7 263.7 22307 19 34 175. 200. 30.3 252.6 22307 19 35 200. 225. 30.4 248.5 22307 19 36 ENDDATA 17 0 22307 19 37 ENDSUBENT 36 0 22307 1999999 SUBENT 22307020 20160423 224922307 20 1 BIB 4 12 22307 20 2 REACTION (56-BA-134(N,G)56-BA-135,,SIG,,MXW) Integrated over 22307 20 3 energy interval 0 - 700 keV 22307 20 4 ERR-ANALYS (ERR-SYS) Total systematic error without standard 22307 20 5 gold cross section error 1.5 % 22307 20 6 (ERR-T) Total error. 22307 20 7 (ERR-S) Statistical error. 22307 20 8 STATUS (TABLE) Table X of PR/C,50,(5),2582,1994 22307 20 9 Table 20 of R,KFK-5253 22307 20 10 (DEP,22307012) 22307 20 11 (DEP,22307016) 22307 20 12 HISTORY (19980305U) Modifier in reaction SF8 corrected 22307 20 13 (20090331U) Last checking has been done. 22307 20 14 ENDBIB 12 0 22307 20 15 NOCOMMON 0 0 22307 20 16 DATA 5 13 22307 20 17 KT DATA ERR-S ERR-SYS ERR-T 22307 20 18 KEV MB MB MB MB 22307 20 19 10. 310.7 7.7 9.6 12.3 22307 20 20 12. 281.4 5.7 8.7 10.4 22307 20 21 20. 215.2 2.5 6.7 7.1 22307 20 22 25. 192.5 1.8 6. 6.2 22307 20 23 30. 176.3 1.3 5.5 5.6 22307 20 24 40. 154.6 0.9 4.8 4.9 22307 20 25 50. 140.5 0.7 4.4 4.4 22307 20 26 52. 138.2 0.7 4.3 4.3 22307 20 27 60. 130.5 0.6 4. 4.1 22307 20 28 70. 123.1 0.7 3.8 3.9 22307 20 29 80. 117.3 0.8 3.6 3.7 22307 20 30 90. 112.5 1. 3.5 3.6 22307 20 31 100. 108.1 1.2 3.4 3.6 22307 20 32 ENDDATA 15 0 22307 20 33 ENDSUBENT 32 0 22307 2099999 SUBENT 22307021 20160423 224922307 21 1 BIB 4 12 22307 21 2 REACTION (56-BA-135(N,G)56-BA-136,,SIG,,MXW) Integrated over 22307 21 3 energy interval 0 - 700 keV 22307 21 4 ERR-ANALYS (ERR-SYS) Total systematic error without standard 22307 21 5 gold cross section error 1.5 % 22307 21 6 (ERR-T) Total error. 22307 21 7 (ERR-S) Statistical error. 22307 21 8 STATUS (TABLE) Table X of PR/C,50,(5),2582,1994 22307 21 9 Table 20 of R,KFK-5253 22307 21 10 (DEP,22307013) 22307 21 11 (DEP,22307017) 22307 21 12 HISTORY (19980305U) Modifier in reaction SF8 corrected 22307 21 13 (20090331U) Last checking has been done. 22307 21 14 ENDBIB 12 0 22307 21 15 NOCOMMON 0 0 22307 21 16 DATA 5 13 22307 21 17 KT DATA ERR-S ERR-SYS ERR-T 22307 21 18 KEV MB MB MB MB 22307 21 19 10. 815.9 38.9 25.4 46.4 22307 21 20 12. 763.9 29.5 22.9 37.4 22307 21 21 20. 572.6 12.6 17.2 21.3 22307 21 22 25. 504.6 8.6 15.1 17.4 22307 21 23 30. 455. 6.3 13.7 15. 22307 21 24 40. 386.7 3.8 11.6 12.2 22307 21 25 50. 341.7 2.6 10.3 10.6 22307 21 26 52. 334.4 2.4 10. 10.3 22307 21 27 60. 309.5 2. 9.3 9.5 22307 21 28 70. 285.3 1.7 8.6 8.7 22307 21 29 80. 265.9 1.7 8. 8.2 22307 21 30 90. 250. 1.9 7.5 7.7 22307 21 31 100. 236.7 2.1 7.1 7.4 22307 21 32 ENDDATA 15 0 22307 21 33 ENDSUBENT 32 0 22307 2199999 SUBENT 22307022 20160423 224922307 22 1 BIB 4 12 22307 22 2 REACTION (56-BA-136(N,G)56-BA-137,,SIG,,MXW) Integrated over 22307 22 3 energy interval 0 - 700 keV 22307 22 4 ERR-ANALYS (ERR-SYS) Total systematic error without standard 22307 22 5 gold cross section error 1.5 % 22307 22 6 (ERR-T) Total error. 22307 22 7 (ERR-S) Statistical error. 22307 22 8 STATUS (TABLE) Table X of PR/C,50,(5),2582,1994 22307 22 9 Table 20 of R,KFK-5253 22307 22 10 (DEP,22307014) 22307 22 11 (DEP,22307018) 22307 22 12 HISTORY (19980305U) Modifier in reaction SF8 corrected 22307 22 13 (20090331U) Last checking has been done. 22307 22 14 ENDBIB 12 0 22307 22 15 NOCOMMON 0 0 22307 22 16 DATA 5 13 22307 22 17 KT DATA ERR-S ERR-SYS ERR-T 22307 22 18 KEV MB MB MB MB 22307 22 19 10. 114.9 5.4 3.7 6.5 22307 22 20 12. 103.5 4. 3.3 6.2 22307 22 21 20. 77.4 1.7 2.5 3. 22307 22 22 25. 68.4 1.1 2.2 2.5 22307 22 23 30. 62. 0.8 2. 2.1 22307 22 24 40. 53.5 0.5 1.7 1.8 22307 22 25 50. 48.1 0.4 1.5 1.6 22307 22 26 52. 47.3 0.4 1.5 1.6 22307 22 27 60. 44.4 0.3 1.4 1.5 22307 22 28 70. 41.7 0.3 1.3 1.4 22307 22 29 80. 39.6 0.3 1.3 1.3 22307 22 30 90. 37.9 0.4 1.2 1.3 22307 22 31 100. 36.6 0.4 1.2 1.2 22307 22 32 ENDDATA 15 0 22307 22 33 ENDSUBENT 32 0 22307 2299999 SUBENT 22307023 20160423 224922307 23 1 BIB 4 12 22307 23 2 REACTION (56-BA-137(N,G)56-BA-138,,SIG,,MXW) Integrated over 22307 23 3 energy interval 0 - 700 keV 22307 23 4 ERR-ANALYS (ERR-SYS) Total systematic error without standard 22307 23 5 gold cross section error 1.5 % 22307 23 6 (ERR-T) Total error. 22307 23 7 (ERR-S) Statistical error. 22307 23 8 STATUS (TABLE) Table X of PR/C,50,(5),2582,1994 22307 23 9 Table 20 of R,KFK-5253 22307 23 10 (DEP,22307015) 22307 23 11 (DEP,22307019) 22307 23 12 HISTORY (19980305U) Modifier in reaction SF8 corrected 22307 23 13 (20090331U) Last checking has been done. 22307 23 14 ENDBIB 12 0 22307 23 15 NOCOMMON 0 0 22307 23 16 DATA 5 13 22307 23 17 KT DATA ERR-S ERR-SYS ERR-T 22307 23 18 KEV MB MB MB MB 22307 23 19 10. 137.7 9.5 4.4 10.5 22307 23 20 12. 124.6 7.2 4. 8.2 22307 23 21 20. 95. 3.1 3. 4.3 22307 23 22 25. 84.5 2.1 2.7 3.4 22307 23 23 30. 76.9 1.5 2.5 2.9 22307 23 24 40. 66.2 0.9 2.1 2.3 22307 23 25 50. 59.1 0.7 1.9 2. 22307 23 26 52. 58. 0.6 1.8 1.9 22307 23 27 60. 54. 0.5 1.7 1.8 22307 23 28 70. 50. 0.4 1.6 1.6 22307 23 29 80. 46.9 0.4 1.5 1.5 22307 23 30 90. 44.3 0.4 1.4 1.5 22307 23 31 100. 42.2 0.4 1.3 1.4 22307 23 32 ENDDATA 15 0 22307 23 33 ENDSUBENT 32 0 22307 2399999 SUBENT 22307024 20160423 224922307 24 1 BIB 4 18 22307 24 2 REACTION ((56-BA-134(N,G)56-BA-135,,SIG)/ 22307 24 3 (56-BA-136(N,G)56-BA-137,,SIG)) 22307 24 4 ERR-ANALYS (ERR-T) Not given explicitly. Supposed total 22307 24 5 (ERR-SYS) Total systematic error due to sigma(134-Ba)/ 22307 24 6 sigma(136-Ba) uncertainty 22307 24 7 (ERR-8) Error due to multiple scattering and self- 22307 24 8 shielding for ratio sigma(134-Ba)/sigma(136-Ba) 22307 24 9 (ERR-9) Error due to unexpected events for ratio 22307 24 10 sigma(134-Ba)/sigma(136-Ba) 22307 24 11 STATUS (TABLE) Table XI of PR/C,50,(5),2582,1994 22307 24 12 = Table 21 of R,KFK-5253 22307 24 13 (DEP,22307002) 22307 24 14 (DEP,22307004) 22307 24 15 (DEP,22307008) 22307 24 16 (DEP,22307010) 22307 24 17 HISTORY (19980305U) Reaction SF8 modifier deleted 22307 24 18 (20090331U) Last checking has been done. DATA-ERR 22307 24 19 changed to ERR-T 22307 24 20 ENDBIB 18 0 22307 24 21 COMMON 3 3 22307 24 22 ERR-SYS ERR-8 ERR-9 22307 24 23 PER-CENT PER-CENT PER-CENT 22307 24 24 1.9 0.4 1. 22307 24 25 ENDCOMMON 3 0 22307 24 26 DATA 3 13 22307 24 27 EN DATA ERR-T 22307 24 28 KEV NO-DIM PER-CENT 22307 24 29 10. 2.7 5.6 22307 24 30 12. 2.72 4.7 22307 24 31 20. 2.78 3.1 22307 24 32 25. 2.82 2.7 22307 24 33 30. 2.84 2.5 22307 24 34 40. 2.89 2.2 22307 24 35 50. 2.92 2.1 22307 24 36 52. 2.92 2.1 22307 24 37 60. 2.94 2.1 22307 24 38 70. 2.96 2.1 22307 24 39 80. 2.97 2.2 22307 24 40 90. 2.97 2.3 22307 24 41 100. 2.96 2.5 22307 24 42 ENDDATA 15 0 22307 24 43 ENDSUBENT 42 0 22307 2499999 SUBENT 22307025 20160423 224922307 25 1 BIB 6 9 22307 25 2 REACTION (56-BA-134(N,G)56-BA-135,,SIG,,MXW,DERIV) 22307 25 3 ANALYSIS MACS were re-analyzed using resonance data of 22307 25 4 P.Koehler+ below 5 keV and data of F.Voss+ (see 22307 25 5 REL-REFs). 22307 25 6 REL-REF (R,13729001,P.E.Koehler,J,PR/C,54,1463,1996) 22307 25 7 (R,22385001,F.Voss+,J,PR/C,52,1102,1995) 22307 25 8 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained. 22307 25 9 STATUS (TABLE) Table 1 of C,98VOLOS,,174,1998 22307 25 10 HISTORY (20160423C) M.M. Subent was added. 22307 25 11 ENDBIB 9 0 22307 25 12 NOCOMMON 0 0 22307 25 13 DATA 3 2 22307 25 14 KT DATA DATA-ERR 22307 25 15 KEV MB MB 22307 25 16 10. 289.5 10.5 22307 25 17 30. 173.6 5.6 22307 25 18 ENDDATA 4 0 22307 25 19 ENDSUBENT 18 0 22307 2599999 SUBENT 22307026 20160423 224922307 26 1 BIB 6 9 22307 26 2 REACTION (56-BA-136(N,G)56-BA-137,,SIG,,MXW,DERIV) 22307 26 3 ANALYSIS MACS were re-analyzed using resonance data of 22307 26 4 P.Koehler+ below 5 keV and data of F.Voss+ (see 22307 26 5 REL-REFs). 22307 26 6 REL-REF (R,13729001,P.E.Koehler,J,PR/C,54,1463,1996) 22307 26 7 (R,22385001,F.Voss+,J,PR/C,52,1102,1995) 22307 26 8 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained. 22307 26 9 STATUS (TABLE) Table 1 of C,98VOLOS,,174,1998 22307 26 10 HISTORY (20160423C) M.M. Subent was added. 22307 26 11 ENDBIB 9 0 22307 26 12 NOCOMMON 0 0 22307 26 13 DATA 3 2 22307 26 14 KT DATA DATA-ERR 22307 26 15 KEV MB MB 22307 26 16 10. 115.6 4.4 22307 26 17 30. 61.2 2.0 22307 26 18 ENDDATA 4 0 22307 26 19 ENDSUBENT 18 0 22307 2699999 SUBENT 22307027 20160423 224922307 27 1 BIB 6 9 22307 27 2 REACTION (56-BA-137(N,G)56-BA-138,,SIG,,MXW,DERIV) 22307 27 3 ANALYSIS MACS were re-analyzed using resonance data of 22307 27 4 P.Koehler+ below 5 keV and data of F.Voss+ (see 22307 27 5 REL-REFs). 22307 27 6 REL-REF (R,13729001,P.E.Koehler,J,PR/C,54,1463,1996) 22307 27 7 (R,22385001,F.Voss+,J,PR/C,52,1102,1995) 22307 27 8 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained. 22307 27 9 STATUS (TABLE) Table 1 of C,98VOLOS,,174,1998 22307 27 10 HISTORY (20160423C) M.M. Subent was added. 22307 27 11 ENDBIB 9 0 22307 27 12 NOCOMMON 0 0 22307 27 13 DATA 3 2 22307 27 14 KT DATA DATA-ERR 22307 27 15 KEV MB MB 22307 27 16 10. 137.7 10.6 22307 27 17 30. 76.9 3.3 22307 27 18 ENDDATA 4 0 22307 27 19 ENDSUBENT 18 0 22307 2799999 ENDENTRY 27 0 2230799999999