ENTRY 40005 20141114 416740005 0 1 SUBENT 40005001 20141114 416740005 1 1 BIB 12 67 40005 1 2 TITLE Radiation capture of fast neutrons by nuclei of Sn-122,40005 1 3 Sn-124 and Sb-121,Sb-123 . 40005 1 4 AUTHOR (V.A.Tolstikov,V.P.Koroleva,V.E.Kolesov,A.G.Dovbenko, 40005 1 5 Yu.N.Shubin) 40005 1 6 INSTITUTE (4RUSFEI) 40005 1 7 REFERENCE (J,SJA,24,709,1968) Eng.trans.of AE,24,576,1968 40005 1 8 (J,AE,24,(6),576,1968) Graphs only for neutrons energy 40005 1 9 above 0.2 MeV 40005 1 10 (J,EAF,24,(6),111,196806) French translation of 40005 1 11 Atomnaja Energija,24,(6),576,1968 40005 1 12 (J,AE,27,406,196911) graphs only for neutrons energy 40005 1 13 up to 0.3 MeV,for isotopes Sb-121,Sn-124 40005 1 14 (J,SJA,27,1185,196911) English translation of Atomnaja 40005 1 15 Energija,27,406,1969 40005 1 16 (J,EAF,27,41,196911) French translation of Atomnaja 40005 1 17 Energija,27,406,1969 40005 1 18 ((R,YFI-6,5,1968)=(R,INDC(CCP)-3R,5,1968)) 40005 1 19 Short abstract with graphs for Sb-121 40005 1 20 in energy range from 0.01 MeV up 3.0 MeV 40005 1 21 ((R,INDC(CCP)-3,5,196902)=(R,INDC-260E,5,196902)) 40005 1 22 Engl. translation of YFI-6,5 40005 1 23 (C,68DUBNA,ACC-68/5,196806) identical with YFI-6,5,196840005 1 24 ((R,YFI-6,11,1968)=(R,INDC(CCP)-3R,5,1968)) 40005 1 25 identical with Atomnaja Energija, 40005 1 26 27,406,1969. Data tables are given. 40005 1 27 ((R,INDC(CCP)-3,11,196902)=(R,INDC-260E,11,196902)) 40005 1 28 Engl. translation of YFI-6,11 40005 1 29 FACILITY (VDG,4RUSFEI) 2.5 MeV and 5.0 MeV Van de Graaff 40005 1 30 INC-SOURCE (P-LI7) Proton-lithium-7 in neutron energy range from 40005 1 31 0.009 MeV up to 0.3 MeV 40005 1 32 (P-T) Proton-tritium in energy range of neutrons from 40005 1 33 0.3 MeV to 3.0 MeV 40005 1 34 METHOD (ACTIV) Activation method 40005 1 35 DETECTOR (PROPC) Two end-type beta counters in geometry near 4pi40005 1 36 to measure induced BETA-activity. 40005 1 37 (FISCH) Fission chamber for registration of U-235 40005 1 38 fission events, used as neutron flux monitor 40005 1 39 (LONGC) Long counter for background measurements, 40005 1 40 neutron flux monitoring and etc. 40005 1 41 CORRECTION Corrections were introduced 40005 1 42 * on background of neutrons scattered from material of40005 1 43 target underlayer and target holder, 40005 1 44 * on background of neutrons scattered in measur. room,40005 1 45 * on background of neutrons from foreign reactions, 40005 1 46 * on neutron flux attenuation with distance from 40005 1 47 target, 40005 1 48 * on 92-U-238 fission, 40005 1 49 * on deviation of U-235 fission cross-section energy 40005 1 50 dependence from 1/V law in thermal neutrons energy 40005 1 51 range. 40005 1 52 STATUS (TABLE) Data received from authors 40005 1 53 (APRVD) Data revised by V.P.Koroleva taking into 40005 1 54 account new values of the standards (1968) 40005 1 55 REL-REF (O,40004000,A.G.Dovbenko,J,AE,23,(2),151,1967) 40005 1 56 Data for Rb-87,Ir-193. 40005 1 57 HISTORY (19700708C) Data compiled at the centre 40005 1 58 (19811119A) new error-codes are introduced 40005 1 59 (19840117U) ISO-QUANT code converted to REACTION one 40005 1 60 (19870420U) Reaction codes for SF4 in Subents 002, 40005 1 61 003, 005 corrected. One author's name modified 40005 1 62 (19970910A) + corrected CJD/BNL + + 40005 1 63 (20141114U) SD: Updated to new date formats,lower case.40005 1 64 Ref. on Engl. transl. of AE added. MONIT-REF added to 40005 1 65 Subents 2-5. 40005 1 66 (20141222A) M.M. Articles were checked, BIB information40005 1 67 was updated in STATUS,TITLE, MONIT-REF. 40005 1 68 Refs. of INDC reports were added. 40005 1 69 ENDBIB 67 0 40005 1 70 NOCOMMON 0 0 40005 1 71 ENDSUBENT 70 0 40005 199999 SUBENT 40005002 20141114 416740005 2 1 BIB 7 25 40005 2 2 REACTION (50-SN-122(N,G)50-SN-123-M,,SIG) 40005 2 3 SAMPLE Oxide SnO with thickness 0.165 g/cm**2 40005 2 4 MONITOR ((MONIT1)92-U-235(N,F),,SIG) 40005 2 5 ((MONIT2)50-SN-122(N,G)50-SN-123,,SIG) 40005 2 6 3(92-U-235(N,F),,SIG)for absolute normalization of cross40005 2 7 section in energy range from 0.3 MeV up to 3.5 MeV 40005 2 8 For absolute normalization of cross-section below 0.3 40005 2 9 MeV the data of this Subentry above 0.3 MeV were used 40005 2 10 MONIT-REF (,M.D.Goldberg+,R,BNL-325,1966) BNL-325,second ed. 40005 2 11 Suppl.No.2, v.2A,1966 for MONIT1 and MONIT2 40005 2 12 3(,W.G.Davey,J,NSE,26,149,1966) Last monitor reaction 40005 2 13 DECAY-DATA (50-SN-123-M,40.MIN,B) 40005 2 14 ERR-ANALYS (ERR-1) Includes error in energy dependence of 40005 2 15 measured cross-section,namely statistical errors, 40005 2 16 errors of corrections,errors in U-235 fission cross- 40005 2 17 section 40005 2 18 (ERR-T) includes all errors of experiment 40005 2 19 (+EN-ERR) Unsymetric energy error. 40005 2 20 (-EN-ERR) Unsymetric energy error. 40005 2 21 Both unsymetric energy errors are explained by 40005 2 22 scattering of proton energy, final target thickness, 40005 2 23 finite angular dimensions of irradiated sample and 40005 2 24 chamber. 40005 2 25 HISTORY (19970910A) ERR-ANALYS moved from Subent 001 40005 2 26 MONIT1 and MONIT2 defined in BIB-section 40005 2 27 ENDBIB 25 0 40005 2 28 COMMON 5 3 40005 2 29 EN-NRM MONIT1 MONIT1-ERR MONIT2 MONIT2-ERR 40005 2 30 EV B B B B 40005 2 31 0.0253 577.1 0.9 0.18 0.05 40005 2 32 ENDCOMMON 3 0 40005 2 33 DATA 6 22 40005 2 34 EN +EN-ERR -EN-ERR DATA ERR-1 ERR-T 40005 2 35 KEV KEV KEV MB PER-CENT PER-CENT 40005 2 36 200. 52. 58. 4.07 6.5 28.6 40005 2 37 240. 52. 58. 3.67 6.6 28.6 40005 2 38 338. 37. 37. 3.96 9.4 29.4 40005 2 39 394. 60. 60. 3.54 5.4 28.4 40005 2 40 430. 54. 70. 3.19 6.8 28.7 40005 2 41 515. 60. 73. 3.10 5.2 28.4 40005 2 42 612. 56. 56. 3.80 5.7 28.5 40005 2 43 690. 70. 80. 3.68 6.4 28.6 40005 2 44 720. 54. 54. 4.07 5.5 28.4 40005 2 45 780. 72. 86. 4.11 7.1 28.9 40005 2 46 824. 53. 53. 4.12 5.3 28.4 40005 2 47 925. 52. 52. 4.38 5.8 28.5 40005 2 48 1034. 51. 51. 4.20 12.1 30.6 40005 2 49 1335. 51. 51. 3.57 5.5 28.4 40005 2 50 1520. 95. 125. 4.67 9.1 29.2 40005 2 51 1690. 100. 136. 4.72 11.2 30.0 40005 2 52 1857. 100. 140. 5.05 9.4 29.4 40005 2 53 2120. 70. 70. 5.11 8.5 29.1 40005 2 54 2323. 69. 69. 4.69 10.0 28.6 40005 2 55 2520. 140. 173. 3.54 10.3 29.6 40005 2 56 2723. 69. 69. 3.74 6.8 28.7 40005 2 57 3128. 65. 65. 2.82 7.1 28.8 40005 2 58 ENDDATA 24 0 40005 2 59 ENDSUBENT 58 0 40005 299999 SUBENT 40005003 20141114 416740005 3 1 BIB 7 23 40005 3 2 REACTION (50-SN-124(N,G)50-SN-125-M,,SIG) 40005 3 3 SAMPLE Oxide natural SnO with thickness 0.165g/cm**2 40005 3 4 MONITOR ((MONIT1)92-U-235(N,F),,SIG) at thermal energy 40005 3 5 ((MONIT2)50-SN-124(N,G)50-SN-125,,SIG)at thermal energy40005 3 6 3(92-U-235(N,F),,SIG)for absolute normalization of cross40005 3 7 section in energy range from 0.3 MeV up to 3.5 MeV 40005 3 8 For absolute normalization of cross-section below 0.3 40005 3 9 MeV the data of this subentry were used 40005 3 10 MONIT-REF (,M.D.Goldberg+,R,BNL-325,1966) BNL-325,second ed., 40005 3 11 Suppl.No.2, v.2A,1966 for MONIT1 and MONIT2 40005 3 12 3(,W.G.Davey,J,NSE,26,149,1966) Last monitor reaction 40005 3 13 DECAY-DATA (50-SN-125-M,9.7MIN,B) 40005 3 14 ERR-ANALYS (ERR-1) Includes error in energy dependence of 40005 3 15 measured cross-section,namely statistical errors, 40005 3 16 errors of corrections,errors in U-235 fission cross- 40005 3 17 section 40005 3 18 (ERR-T) includes all errors of experiment 40005 3 19 (+EN-ERR) energy errors are explained by scattering 40005 3 20 (-EN-ERR) of proton energy, final target thickness, 40005 3 21 finite angular dimensions of irradiated 40005 3 22 sample and chamber 40005 3 23 HISTORY (19970910A) ERR-ANALYS moved from Subent 001 40005 3 24 MONIT1 and MONIT2 defined in BIB-section 40005 3 25 ENDBIB 23 0 40005 3 26 COMMON 5 3 40005 3 27 EN-NRM MONIT1 MONIT1-ERR MONIT2 MONIT2-ERR 40005 3 28 EV B B B B 40005 3 29 0.0253 577.1 0.9 0.14 0.03 40005 3 30 ENDCOMMON 3 0 40005 3 31 DATA 6 24 40005 3 32 EN +EN-ERR -EN-ERR DATA ERR-1 ERR-T 40005 3 33 KEV KEV KEV MB PER-CENT PER-CENT 40005 3 34 9. 5. 5. 28.5 7.8 22.9 40005 3 35 20. 6.4 6.4 18.1 7.8 22.9 40005 3 36 51. 9. 9. 10.2 6.7 22.6 40005 3 37 103. 13. 13. 6.81 9.0 23.4 40005 3 38 155. 17. 17. 5.40 7.6 22.8 40005 3 39 200. 28. 28. 5.77 7.1 22.7 40005 3 40 250. 30. 30. 5.06 8.4 23.1 40005 3 41 338. 30. 30. 4.73 5.2 22.1 40005 3 42 394. 60. 60. 4.90 7.1 22.7 40005 3 43 433. 54. 70. 4.32 10.6 24.0 40005 3 44 515. 60. 73. 4.03 6.4 22.3 40005 3 45 612. 56. 56. 3.34 5.8 22.2 40005 3 46 720. 54. 54. 3.30 9.4 23.5 40005 3 47 824. 53. 53. 4.07 5.8 22.2 40005 3 48 930. 52. 52. 4.40 9.4 23.5 40005 3 49 1034. 51. 51. 4.50 5.1 22.1 40005 3 50 1335. 51. 51. 3.11 9.4 23.5 40005 3 51 1520. 95. 125. 3.22 17.7 27.9 40005 3 52 1690. 100. 136. 3.13 14.8 26.2 40005 3 53 1917. 73. 73. 2.97 11.8 24.6 40005 3 54 2120. 71. 71. 3.61 11.5 24.5 40005 3 55 2320. 69. 69. 3.36 12.5 25.0 40005 3 56 2723. 66. 66. 3.18 10.6 24.0 40005 3 57 3130. 65. 65. 3.04 10.8 24.1 40005 3 58 ENDDATA 26 0 40005 3 59 ENDSUBENT 58 0 40005 399999 SUBENT 40005004 20141114 416740005 4 1 BIB 7 24 40005 4 2 REACTION (51-SB-121(N,G)51-SB-122,,SIG) 40005 4 3 SAMPLE Natural metallic sample with thickness 0.380 g/cm**2 40005 4 4 MONITOR ((MONIT1)92-U-235(N,F),,SIG) at thermal energy 40005 4 5 ((MONIT2)51-SB-121(N,G)51-SB-122,,SIG)at thermal energy40005 4 6 3(92-U-235(N,F),,SIG) 40005 4 7 for absolute normalization of cross 40005 4 8 section in energy range from 0.3 MeV up to 3.5 MeV . 40005 4 9 For absolute normalization of cross section below 0.3 40005 4 10 MeV the data of this subentry above 0.3 MeV used 40005 4 11 MONIT-REF (,M.D.Goldberg+,R,BNL-325,1966) BNL-325,second ed,. 40005 4 12 Suppl.No.2, v.2A,1966 for MONIT1 and MONIT2 40005 4 13 3(,W.G.Davey,J,NSE,26,149,1966) Last monitor reaction 40005 4 14 DECAY-DATA (51-SB-122-G,2.8D,B) 40005 4 15 ERR-ANALYS (ERR-1) Includes error in energy dependence of 40005 4 16 measured cross-section,namely statistical errors, 40005 4 17 errors of corrections,errors in U-235 fission cross- 40005 4 18 section 40005 4 19 (ERR-T) includes all errors of experiment 40005 4 20 (+EN-ERR) energy errors are explained by scattering 40005 4 21 (-EN-ERR) of proton energy, final target thickness, 40005 4 22 finite angular dimensions of irradiated 40005 4 23 sample and chamber 40005 4 24 HISTORY (19970910A) ERR-ANALYS moved from Subent 001 40005 4 25 MONIT1 and MONIT2 defined in bib-section 40005 4 26 ENDBIB 24 0 40005 4 27 COMMON 5 3 40005 4 28 EN-NRM MONIT1 MONIT1-ERR MONIT2 MONIT2-ERR 40005 4 29 EV B B B B 40005 4 30 0.0253 577.1 0.9 6.5 0.8 40005 4 31 ENDCOMMON 3 0 40005 4 32 DATA 6 28 40005 4 33 EN +EN-ERR -EN-ERR DATA ERR-1 ERR-T 40005 4 34 KEV KEV KEV MB PER-CENT PER-CENT 40005 4 35 11. 3.6 3.6 1418. 7.8 15.3 40005 4 36 24. 4.8 4.8 1096. 7.2 15.1 40005 4 37 50. 5.8 5.8 685. 7.3 15.1 40005 4 38 102. 8. 8. 310. 7.8 15.3 40005 4 39 152. 10. 10. 227. 8.0 15.5 40005 4 40 200. 12. 12. 221. 8.2 15.6 40005 4 41 242. 54. 60. 208. 5.5 14.3 40005 4 42 338. 37. 37. 199. 5.5 14.3 40005 4 43 394. 60. 60. 161. 6.3 14.6 40005 4 44 433. 55. 68. 155. 5.6 14.3 40005 4 45 515. 62. 75. 156. 5.1 14.2 40005 4 46 612. 56. 56. 141. 5.0 14.2 40005 4 47 690. 70. 80. 143. 5.1 14.2 40005 4 48 720. 54. 54. 131. 5.9 14.5 40005 4 49 780. 72. 86. 146. 5.5 14.3 40005 4 50 824. 53. 53. 137. 5.8 14.4 40005 4 51 930. 52. 52. 142. 5.8 14.4 40005 4 52 1034. 51. 51. 129. 5.1 14.2 40005 4 53 1335. 50. 50. 112. 5.2 14.2 40005 4 54 1523. 95. 125. 97.3 5.6 14.4 40005 4 55 1690. 100. 136. 84.3 5.6 14.4 40005 4 56 1860. 110. 138. 79.5 5.6 14.4 40005 4 57 1917. 73. 73. 74.8 5.3 14.3 40005 4 58 2120. 70. 70. 73.7 5.3 14.3 40005 4 59 2186. 118. 148. 72.8 5.8 14.4 40005 4 60 2323. 69. 69. 63.8 6.2 14.6 40005 4 61 2723. 66. 66. 48.9 5.3 14.2 40005 4 62 3130. 65. 65. 37.2 5.5 14.3 40005 4 63 ENDDATA 30 0 40005 4 64 ENDSUBENT 63 0 40005 499999 SUBENT 40005005 20141114 416740005 5 1 BIB 7 27 40005 5 2 REACTION (51-SB-123(N,G)51-SB-124,,SIG) 40005 5 3 SAMPLE Metallic sample from natural mixture of 40005 5 4 isotopes with thickness 0.380 g/cm**2 40005 5 5 MONITOR ((MONIT1)92-U-235(N,F),,SIG) at thermal energy 40005 5 6 ((MONIT2)51-SB-123(N,G)51-SB-124,,SIG) see D.Hughes, 40005 5 7 R.Schwartz, Neutron Cross-sections,NY.1958. 40005 5 8 3(92-U-235(N,F),,SIG)For absolute normalization of cross40005 5 9 section in energy range from 0.3 MeV up to 3.5 MeV. 40005 5 10 For absolute normalization of cross-section below 0.3 40005 5 11 MeV the data of this subentry above 0.3 MeV used 40005 5 12 MONIT-REF ((MONIT1),M.D.Goldberg+,R,BNL-325,1966) BNL-325,second 40005 5 13 edition,Suppl.No.2, v.2A,1966 40005 5 14 3(,W.G.Davey,J,NSE,26,149,1966) for absolute 40005 5 15 normalization of cr.sect. in energy range from 0.3 MeV 40005 5 16 up to 3.5 MeV 40005 5 17 DECAY-DATA (51-SB-124-G,60.2D,B) 40005 5 18 ERR-ANALYS (ERR-1) Includes error in energy dependence of 40005 5 19 measured cross-section,namely statistical errors, 40005 5 20 errors of corrections,errors in U-235 fission cross- 40005 5 21 section 40005 5 22 (ERR-T) includes all errors of experiment 40005 5 23 (+EN-ERR) energy errors are explained by scattering 40005 5 24 (-EN-ERR) of proton energy, final target thickness, 40005 5 25 finite angular dimensions of irradiated 40005 5 26 sample and chamber 40005 5 27 HISTORY (19970910A) ERR-ANALYS moved from Subent 001 40005 5 28 MONIT1 and MONIT2 defined in BIB-section 40005 5 29 ENDBIB 27 0 40005 5 30 COMMON 5 3 40005 5 31 EN-NRM MONIT1 MONIT1-ERR MONIT2 MONIT2-ERR 40005 5 32 EV B B B B 40005 5 33 0.0253 577.1 0.9 2.5 0.5 40005 5 34 ENDCOMMON 3 0 40005 5 35 DATA 6 18 40005 5 36 EN +EN-ERR -EN-ERR DATA ERR-1 ERR-T 40005 5 37 KEV KEV KEV MB PER-CENT PER-CENT 40005 5 38 200. 52. 58. 127. 6.2 23.3 40005 5 39 242. 54. 60. 107. 6.2 23.3 40005 5 40 394. 60. 60. 105. 6.1 23.2 40005 5 41 515. 62. 75. 102. 10.6 25.0 40005 5 42 612. 56. 56. 91. 7.5 23.7 40005 5 43 690. 70. 80. 100. 14.4 27.7 40005 5 44 720. 54. 54. 109. 9.4 24.3 40005 5 45 780. 72. 86. 111. 9.9 24.6 40005 5 46 824. 53. 53. 106. 6.1 23.1 40005 5 47 930. 52. 52. 100. 6.4 23.3 40005 5 48 1034. 51. 51. 102. 11.2 25.2 40005 5 49 1335. 50. 50. 85. 16.9 28.1 40005 5 50 1520. 95. 125. 87. 14.7 27.8 40005 5 51 1690. 100. 136. 77. 12.5 25.7 40005 5 52 1917. 73. 73. 72. 19.6 30.0 40005 5 53 2120. 70. 70. 63. 15.0 27.5 40005 5 54 2320. 69. 69. 59. 24.5 33.2 40005 5 55 2723. 66. 66. 28.2 16.8 28.0 40005 5 56 ENDDATA 20 0 40005 5 57 ENDSUBENT 56 0 40005 599999 SUBENT 40005006 20141114 416740005 6 1 BIB 5 12 40005 6 2 REACTION (51-SB-0(N,G),,SIG) 40005 6 3 STATUS (DEP,40005004) Sb-121(N,G) c-s 40005 6 4 (DEP,40005005) Sb-123(N,G) c-s 40005 6 5 ANALYSIS C-S was defined from Subents 40005004 and 40005005 40005 6 6 in assumption that sigma(natur.mixt.)= 40005 6 7 =0.572*Sigma(51-Sb-121)+0.428*sigma(51-Sb-123) 40005 6 8 ERR-ANALYS (ERR-T) Includes all errors of experiment 40005 6 9 (+EN-ERR) energy errors are explained by scattering 40005 6 10 (-EN-ERR) of proton energy, final target thickness, 40005 6 11 finite angular dimensions of irradiated 40005 6 12 sample and chamber 40005 6 13 HISTORY (19970910A) ERR-ANALYS moved from Subent 001 40005 6 14 ENDBIB 12 0 40005 6 15 NOCOMMON 0 0 40005 6 16 DATA 5 18 40005 6 17 EN +EN-ERR -EN-ERR DATA ERR-T 40005 6 18 KEV KEV KEV MB PER-CENT 40005 6 19 200. 52. 58. 190. 6.8 40005 6 20 242. 54. 60. 164. 6.7 40005 6 21 394. 60. 60. 137. 8.7 40005 6 22 515. 62. 75. 133. 9.8 40005 6 23 612. 56. 56. 119. 10. 40005 6 24 690. 70. 80. 125. 10.4 40005 6 25 720. 54. 54. 122. 10.6 40005 6 26 780. 72. 86. 131. 9.2 40005 6 27 824. 53. 53. 124. 10. 40005 6 28 930. 52. 52. 124. 10. 40005 6 29 1034. 51. 51. 118. 11. 40005 6 30 1335. 50. 50. 100. 14. 40005 6 31 1520. 95. 125. 93. 15. 40005 6 32 1690. 100. 136. 81. 16. 40005 6 33 1820. 73. 73. 74. 20.3 40005 6 34 2120. 70. 70. 69. 20.3 40005 6 35 2320. 70. 70. 62. 25.8 40005 6 36 2723. 66. 66. 40. 32.5 40005 6 37 ENDDATA 20 0 40005 6 38 ENDSUBENT 37 0 40005 699999 SUBENT 40005007 20141114 416740005 7 1 BIB 6 7 40005 7 2 REACTION (50-SN-122(N,G)50-SN-123-M/T,,SIG/RAT) 40005 7 3 DECAY-DATA (50-SN-123-M,40.MIN) 40005 7 4 ANALYSIS Hauser-Feshbach for calculation of total capture 40005 7 5 cross-section. Also the data from Subent 40005002 40005 7 6 STATUS (DEP,40005002) 40005 7 7 ERR-ANALYS .Errors not given 40005 7 8 HISTORY (19970910U) STATUS and ERR-ANALYS keywords added 40005 7 9 ENDBIB 7 0 40005 7 10 NOCOMMON 0 0 40005 7 11 DATA 2 17 40005 7 12 EN DATA 40005 7 13 KEV NO-DIM 40005 7 14 200. 0.79 40005 7 15 242. 0.80 40005 7 16 338. 0.79 40005 7 17 394. 0.81 40005 7 18 433. 0.83 40005 7 19 515. 0.85 40005 7 20 612. 0.83 40005 7 21 690. 0.90 40005 7 22 720. 0.83 40005 7 23 780. 0.84 40005 7 24 824. 0.85 40005 7 25 930. 0.85 40005 7 26 1034. 0.87 40005 7 27 1335. 0.70 40005 7 28 1523. 0.75 40005 7 29 1690. 0.76 40005 7 30 1860. 0.75 40005 7 31 ENDDATA 19 0 40005 7 32 ENDSUBENT 31 0 40005 799999 SUBENT 40005008 20141114 416740005 8 1 BIB 6 7 40005 8 2 REACTION (50-SN-124(N,G)50-SN-125-M/T,,SIG/RAT) 40005 8 3 DECAY-DATA (50-SN-125-M,9.7MIN) 40005 8 4 ANALYSIS Hauser-Feshbach calculation of total capture 40005 8 5 cross-section. Also the data from Subent 40005003 used 40005 8 6 STATUS (DEP,40005003) 40005 8 7 ERR-ANALYS .Errors not given 40005 8 8 HISTORY (19970910U) STATUS and ERR-ANALYS keywords added 40005 8 9 ENDBIB 7 0 40005 8 10 NOCOMMON 0 0 40005 8 11 DATA 2 20 40005 8 12 EN DATA 40005 8 13 KEV NO-DIM 40005 8 14 9. .54 40005 8 15 20. .43 40005 8 16 50. .49 40005 8 17 103. .55 40005 8 18 155. .60 40005 8 19 200. .54 40005 8 20 250. .59 40005 8 21 340. .63 40005 8 22 390. .63 40005 8 23 430. .68 40005 8 24 510. .71 40005 8 25 610. .78 40005 8 26 725. .79 40005 8 27 810. .77 40005 8 28 930. .77 40005 8 29 1025. .78 40005 8 30 1325. .79 40005 8 31 1525. .74 40005 8 32 1700. .75 40005 8 33 1925. .78 40005 8 34 ENDDATA 22 0 40005 8 35 ENDSUBENT 34 0 40005 899999 ENDENTRY 8 0 4000599999999