ENTRY 22444 20170210 22592244400000001 SUBENT 22444001 20170210 22592244400100001 BIB 8 17 2244400100002 TITLE Differential and integral cross section measurements 2244400100003 of some (n,charged particle) reactions on titanium 2244400100004 AUTHOR (S.M.Qaim, N.I.Molla, R.Woelffe, G.Stoecklin) 2244400100005 INSTITUTE (2GERJUL) 2244400100006 REFERENCE (C,91JUELIC,,297,199105) Data in Tables. 2244400100007 REL-REF (I,,M.Ibn Majah+,J,NSE,104,271,1990) 2244400100008 Experimental details. Measurement for Zr isotopes. 2244400100009 (I,,S.M.Qaim+,J,NSE,88,143,1984) 2244400100010 Experimental details. Measurement for Ni isotopes. 2244400100011 METHOD (ACTIV) Activation 2244400100012 ADD-RES (THEO) Nuclear model calculation was performed 2244400100013 HISTORY (20000120C) + + Compiled by S.M. 2244400100014 (20000120U) Last checking has been done. 2244400100015 (20170210A) M.M. Articles were checked, BIB information2244400100016 was updated in 2244400100017 Two refs. were moved in REL-REF. 2244400100018 INC-SPECT, sample information was added. 2244400100019 ENDBIB 17 0 2244400100020 NOCOMMON 0 0 2244400100021 ENDSUBENT 20 0 2244400199999 SUBENT 22444002 20170210 22592244400200001 BIB 14 35 2244400200002 REACTION (22-TI-48(N,A)20-CA-45,,SIG) 2244400200003 FACILITY (CYCLO,2GERJUL) Variable energy compact cyclotron 2244400200004 CV28 2244400200005 INC-SOURCE (D-D) D2 gas target was used 2244400200006 INC-SPECT .By varying the primary deuteron beam energy between 2244400200007 3 and 8 MeV neutron energy varies between 5.4 and 2244400200008 10.5 MeV - quasi-monoenergetic neutrons. 2244400200009 SAMPLE .Disk pressed from Ti metal powder, weight near 5 g, 2244400200010 diameter 2 cm, thickness 0.5 cm, purity > 99.9% . 2244400200011 Monitor foils of Fe and Al (each 200 micrometer) were 2244400200012 attached at the back and in front of the sample. 2244400200013 DETECTOR .Anticoincidence beta-counting detector . 2244400200014 Detector efficiency was determined by 46Sc ( Ebeta 2244400200015 358 keV) and 60Co ( Ebeta 258 keV) sources. 2244400200016 METHOD (STTA) Stacked target of titanium disk and two 2244400200017 monitor foils was used 2244400200018 (CHSEP) Chemical separation of 45Ca atoms was performed2244400200019 before counting its activity.Radiochemical yield ~80%.2244400200020 DECAY-DATA (20-CA-45,163.D,B-,258.) 2244400200021 MONITOR 1(26-FE-56(N,P)25-MN-56,,SIG) 2244400200022 2(13-AL-27(N,A)11-NA-24,,SIG) 2244400200023 DECAY-MON 1(25-MN-56,2.58HR,DG,847.,0.9887) 2244400200024 2(11-NA-24,15.0HR,DG,1368.,1.0) 2244400200025 MONIT-REF 1(,,3,ENDF/B-V,,1979) 2244400200026 First monitor's cross-section for 56Fe(N,P)56Mn 2244400200027 was taken from Dosimetry File ENDF/B-V, 1979 2244400200028 2(,H.Vonach+,R,IAEA-227,89,1983) 2244400200029 Second monitor CS 27Al(N,A)24Na was taken from 2244400200030 H.Vonach,R,IAEA,TR-227,p.89,1983 2244400200031 CORRECTION .Corrections were made for self-absorption, pile-up 2244400200032 and coincidence effects. Self-absorption effect was 2244400200033 determined using 123iodine source, E-gamma=159 keV. 2244400200034 ERR-ANALYS (ERR-T) Total error is given 2244400200035 (ERR-1) Detector efficiency uncertainty. 2244400200036 STATUS (TABLE) Table 1 of C,91JUELIC,,297,1991 2244400200037 ENDBIB 35 0 2244400200038 COMMON 1 3 2244400200039 ERR-1 2244400200040 PER-CENT 2244400200041 20. 2244400200042 ENDCOMMON 3 0 2244400200043 DATA 4 5 2244400200044 EN EN-RSL DATA ERR-T 2244400200045 MEV MEV MB MB 2244400200046 6.48 .27 1.3 0.3 2244400200047 7.52 .31 2. 0.5 2244400200048 8.53 .31 4.1 1.1 2244400200049 9.49 .39 9.2 2.8 2244400200050 10.47 .39 7.2 2.3 2244400200051 ENDDATA 7 0 2244400200052 ENDSUBENT 51 0 2244400299999 SUBENT 22444003 20170210 22592244400300001 BIB 14 31 2244400300002 REACTION (22-TI-50(N,A)20-CA-47,,SIG) 2244400300003 FACILITY (CYCLO,2GERJUL) Variable energy compact cyclotron 2244400300004 CV28 2244400300005 INC-SOURCE (D-D) D2 gas target was used 2244400300006 INC-SPECT .By varying the primary deuteron beam energy between 2244400300007 3 and 8 MeV neutron energy varies between 5.4 and 2244400300008 10.5 MeV - quasi-monoenergetic neutrons. 2244400300009 SAMPLE .Disk pressed from Ti metal powder, weight near 5 g, 2244400300010 diameter 2 cm, thickness 0.5 cm, purity > 99.9% . 2244400300011 Monitor foils of Fe and Al (each 200 micrometer) were 2244400300012 attached at the back and in front of the sample. 2244400300013 MONITOR 1(26-FE-56(N,P)25-MN-56,,SIG) 2244400300014 2(13-AL-27(N,A)11-NA-24,,SIG) 2244400300015 DECAY-MON 1(25-MN-56,2.58HR,DG,847.,0.9887) 2244400300016 2(11-NA-24,15.0HR,DG,1368.,1.0) 2244400300017 MONIT-REF 1(,,3,ENDF/B-V,,1979) 2244400300018 First monitor's cross-section for 56Fe(N,P)56Mn 2244400300019 was taken from Dosimetry File ENDF/B-V, 1979 2244400300020 2(,H.Vonach+,R,IAEA-227,89,1983) 2244400300021 Second monitor CS 27Al(N,A)24Na was taken from 2244400300022 H.Vonach,R,IAEA,TR-227,p.89,1983 2244400300023 DETECTOR (GELI) The efficiency of detector was determined 2244400300024 using standard gamma-source 2244400300025 DECAY-DATA (20-CA-47,4.5D,DG,1297.,0.772) 2244400300026 METHOD (STTA) Stacked target of titanium disk and two 2244400300027 monitor foils was used 2244400300028 CORRECTION .Corrections were made for self-absorption, pile-up 2244400300029 and coincidence effects. Self-absorption effect was 2244400300030 determined using 123iodine source, E-Gamma=159 keV. 2244400300031 ERR-ANALYS (DATA-ERR) Total error is given 2244400300032 STATUS (TABLE) Table 1 of C,91JUELIC,,297,1991 2244400300033 ENDBIB 31 0 2244400300034 NOCOMMON 0 0 2244400300035 DATA 4 5 2244400300036 EN EN-RSL DATA DATA-ERR 2244400300037 MEV MEV MB MB 2244400300038 7.52 .31 0.06 0.01 2244400300039 8.53 .31 0.2 0.04 2244400300040 9.49 .39 0.56 0.11 2244400300041 9.98 .4 0.9 0.13 2244400300042 10.47 .39 1.14 0.16 2244400300043 ENDDATA 7 0 2244400300044 ENDSUBENT 43 0 2244400399999 SUBENT 22444004 20170210 22592244400400001 BIB 14 31 2244400400002 REACTION (22-TI-47(N,P)21-SC-47,,SIG) 2244400400003 FACILITY (CYCLO,2GERJUL) Variable energy compact cyclotron 2244400400004 CV28 2244400400005 INC-SOURCE (D-D) D2 gas target was used 2244400400006 INC-SPECT .By varying the primary deuteron beam energy between 2244400400007 3 and 8 MeV neutron energy varies between 5.4 and 2244400400008 10.5 MeV - quasi-monoenergetic neutrons. 2244400400009 SAMPLE .Disk pressed from Ti metal powder, weight near 5 g, 2244400400010 diameter 2 cm, thickness 0.5 cm, purity > 99.9% . 2244400400011 Monitor foils of Fe and Al (each 200 micrometer) were 2244400400012 attached at the back and in front of the sample. 2244400400013 DETECTOR (GELI) The efficiency of detector was determined 2244400400014 using standard gamma-source 2244400400015 DECAY-DATA (21-SC-47,3.42D,DG,159.,0.685) 2244400400016 MONITOR 1(26-FE-56(N,P)25-MN-56,,SIG) 2244400400017 2(13-AL-27(N,A)11-NA-24,,SIG) 2244400400018 DECAY-MON 1(25-MN-56,2.58HR,DG,847.,0.9887) 2244400400019 2(11-NA-24,15.0HR,DG,1368.,1.0) 2244400400020 MONIT-REF 1(,,3,ENDF/B-V,,1979) 2244400400021 First monitor's cross-section for 56Fe(N,P)56Mn 2244400400022 was taken from Dosimetry File ENDF/B-V, 1979 2244400400023 2(,H.Vonach+,R,IAEA-227,89,1983) 2244400400024 Second monitor CS 27Al(N,A)24Na was taken from 2244400400025 H.Vonach,R,IAEA,TR-227,p.89,1983 2244400400026 METHOD (STTA) Stacked target of titanium disk and two 2244400400027 monitor foils was used 2244400400028 CORRECTION .Corrections were made for self-absorption, pile-up 2244400400029 and coincidence effects. Self-absorption effect was 2244400400030 determined using 123iodine source, E-Gamma=159 keV. 2244400400031 ERR-ANALYS (DATA-ERR) Total error is given 2244400400032 STATUS (TABLE) Table 1 of C,91JUELIC,,297,1991 2244400400033 ENDBIB 31 0 2244400400034 NOCOMMON 0 0 2244400400035 DATA 4 7 2244400400036 EN EN-RSL DATA DATA-ERR 2244400400037 MEV MEV MB MB 2244400400038 5.37 .24 69. 7.4 2244400400039 6.48 .27 85. 9.3 2244400400040 7.52 .31 92.6 9.4 2244400400041 8.53 .31 112.8 12.6 2244400400042 9.49 .39 121. 18.4 2244400400043 9.98 .4 133.2 18.4 2244400400044 10.47 .39 147.5 23.1 2244400400045 ENDDATA 9 0 2244400400046 ENDSUBENT 45 0 2244400499999 SUBENT 22444005 20170210 22592244400500001 BIB 14 32 2244400500002 REACTION (22-TI-48(N,P)21-SC-48,,SIG) 2244400500003 FACILITY (CYCLO,2GERJUL) Variable energy compact cyclotron 2244400500004 CV28 2244400500005 INC-SOURCE (D-D) D2 gas target was used 2244400500006 INC-SPECT .By varying the primary deuteron beam energy between 2244400500007 3 and 8 MeV neutron energy varies between 5.4 and 2244400500008 10.5 MeV - quasi-monoenergetic neutrons. 2244400500009 SAMPLE .Disk pressed from Ti metal powder, weight near 5 g, 2244400500010 diameter 2 cm, thickness 0.5 cm, purity > 99.9% . 2244400500011 Monitor foils of Fe and Al (each 200 micrometer) were 2244400500012 attached at the back and in front of the sample. 2244400500013 DETECTOR (GELI) The efficiency of detector was determined 2244400500014 using standard gamma-source 2244400500015 METHOD (STTA) Stacked target of titanium disk and two 2244400500016 monitor foils was used 2244400500017 DECAY-DATA (21-SC-48,1.82D,DG,984.,1.000, 2244400500018 DG,1312.,1.000) 2244400500019 MONITOR 1(26-FE-56(N,P)25-MN-56,,SIG) 2244400500020 2(13-AL-27(N,A)11-NA-24,,SIG) 2244400500021 DECAY-MON 1(25-MN-56,2.58HR,DG,847.,0.9887) 2244400500022 2(11-NA-24,15.0HR,DG,1368.,1.0) 2244400500023 MONIT-REF 1(,,3,ENDF/B-V,,1979) 2244400500024 First monitor's cross-section for 56Fe(N,P)56Mn 2244400500025 was taken from Dosimetry File ENDF/B-V, 1979 2244400500026 2(,H.Vonach+,R,IAEA-227,89,1983) 2244400500027 Second monitor CS 27Al(N,A)24Na was taken from 2244400500028 H.Vonach,R,IAEA,TR-227,p.89,1983 2244400500029 CORRECTION .Corrections were made for self-absorption, pile-up 2244400500030 and coincidence effects. Self-absorption effect was 2244400500031 determined using 123iodine source, E-Gamma=159 keV. 2244400500032 ERR-ANALYS (DATA-ERR) Total error is given 2244400500033 STATUS (TABLE) Table 1 of C,91JUELIC,,297,1991 2244400500034 ENDBIB 32 0 2244400500035 NOCOMMON 0 0 2244400500036 DATA 4 7 2244400500037 EN EN-RSL DATA DATA-ERR 2244400500038 MEV MEV MB MB 2244400500039 5.37 .24 0.3 0.05 2244400500040 6.48 .27 3.9 0.05 2244400500041 7.52 .31 10.3 1.1 2244400500042 8.53 .31 18.3 2. 2244400500043 9.49 .39 26.2 3.5 2244400500044 9.98 .4 31.2 3.6 2244400500045 10.47 .39 37. 4.2 2244400500046 ENDDATA 9 0 2244400500047 ENDSUBENT 46 0 2244400599999 SUBENT 22444006 20170210 22592244400600001 BIB 10 80 2244400600002 REACTION 1(22-TI-46(N,P)21-SC-46,,SIG,,SPA) 2244400600003 2(22-TI-46(N,P)21-SC-46,,SIG,,SPA) 2244400600004 FACILITY (ISOCY) Isochronous Cyclotron Julic, deuteron beam 2244400600005 energy 20 and 25 MeV 2244400600006 SAMPLE High purity Ti foils. 2244400600007 MONITOR (13-AL-27(N,A)11-NA-24,,SIG) For neutron flux density. 2244400600008 INC-SOURCE .Neutrons resulting in spallation of beryllium nucleus 2244400600009 in D-Be collision 2244400600010 INC-SPECT The fluxes were normalized as SUM(F(Ei)*dE)=10**5 . 2244400600011 Flux distributions obtained with SAND-II code: 2244400600012 1 - 20 MeV deuterons 2244400600013 En Flux Error 2244400600014 MeV n/cm2/sec/MeV % 2244400600015 2. 14511. 18.8 2244400600016 3. 11077. 12.6 2244400600017 4. 7850. 9.5 2244400600018 5. 5816. 8.3 2244400600019 6. 5861. 8.5 2244400600020 7. 6823. 7.4 2244400600021 8. 7540. 8.5 2244400600022 9. 7443. 7.0 2244400600023 10. 6481. 6.8 2244400600024 11. 5478. 9.4 2244400600025 12. 4224. 10.2 2244400600026 13. 3378. 7.1 2244400600027 14. 2820. 4.5 2244400600028 15. 2370. 4.2 2244400600029 16. 1979. 5.0 2244400600030 17. 1609. 6.5 2244400600031 18. 1243. 6.9 2244400600032 19. 925. 5.8 2244400600033 20. 623. 5.6 2244400600034 21. 580. 7.2 2244400600035 22. 507. 9.1 2244400600036 23. 326. 8.4 2244400600037 24. 197. 5.9 2244400600038 25. 113. 4.0 2244400600039 26. 73. 4.0 2244400600040 27. 51. 5.0 2244400600041 28. 40. 5.8 2244400600042 29. 35. 6.4 2244400600043 30. 30. 6.7 2244400600044 2 - 25 MeV deuterons 2244400600045 En Flux Error 2244400600046 MeV n/cm2/sec/MeV % 2244400600047 2. 15752. 18.0 2244400600048 3. 8536. 11.4 2244400600049 4. 4947. 8.8 2244400600050 5. 3554. 9.4 2244400600051 6. 3812. 9.6 2244400600052 7. 4828. 9.4 2244400600053 8. 5872. 9.5 2244400600054 9. 6297. 6.7 2244400600055 10. 6246. 5.8 2244400600056 11. 6246. 8.3 2244400600057 12. 5495. 8.2 2244400600058 13. 4403. 6.3 2244400600059 14. 3678. 4.9 2244400600060 15. 3154. 4.6 2244400600061 16. 2741. 5.7 2244400600062 17. 2378. 7.2 2244400600063 18. 2109. 8.0 2244400600064 19. 1908. 6.8 2244400600065 20. 1725. 6.3 2244400600066 21. 1545. 9.6 2244400600067 22. 1305. 14.2 2244400600068 23. 988. 15.6 2244400600069 24. 654. 12.8 2244400600070 25. 382. 7.5 2244400600071 26. 322. 4.3 2244400600072 27. 300. 4.8 2244400600073 28. 283. 7.3 2244400600074 29. 274. 9.2 2244400600075 30. 267. 10.5 2244400600076 REL-REF (M,21988001,R.Woefle+,J,NSE,91,162,1985) 2244400600077 Details of neutron spectrum . 2244400600078 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained in the 2244400600079 article. 2244400600080 STATUS (TABLE) Table 2 of C,91JUELIC,,297,1991 2244400600081 HISTORY (20170210A) M.M. Spectrum information was added. 2244400600082 ENDBIB 80 0 2244400600083 COMMON 1 3 2244400600084 EN-MIN 2244400600085 MEV 2244400600086 2. 2244400600087 ENDCOMMON 3 0 2244400600088 DATA 4 1 2244400600089 DATA 1DATA-ERR 1DATA 2DATA-ERR 2 2244400600090 MB MB MB MB 2244400600091 164. 16. 200. 18. 2244400600092 ENDDATA 3 0 2244400600093 ENDSUBENT 92 0 2244400699999 SUBENT 22444007 20170210 22592244400700001 BIB 9 79 2244400700002 REACTION 1(22-TI-48(N,P)21-SC-48,,SIG,,SPA) 2244400700003 2(22-TI-48(N,P)21-SC-48,,SIG,,SPA) 2244400700004 FACILITY (ISOCY) Isochronous Cyclotron Julic, deuteron beam 2244400700005 energy 20 and 25 MeV 2244400700006 MONITOR (13-AL-27(N,A)11-NA-24,,SIG) For neutron flux density 2244400700007 INC-SOURCE .Neutrons resulting in spallation of beryllium nucleus 2244400700008 in D-Be collision 2244400700009 INC-SPECT The fluxes were normalized as SUM(F(Ei)*dE)=10**5 . 2244400700010 Flux distributions obtained with SAND-II code: 2244400700011 1 - 20 MeV deuterons 2244400700012 En Flux Error 2244400700013 MeV n/cm2/sec/MeV % 2244400700014 2. 14511. 18.8 2244400700015 3. 11077. 12.6 2244400700016 4. 7850. 9.5 2244400700017 5. 5816. 8.3 2244400700018 6. 5861. 8.5 2244400700019 7. 6823. 7.4 2244400700020 8. 7540. 8.5 2244400700021 9. 7443. 7.0 2244400700022 10. 6481. 6.8 2244400700023 11. 5478. 9.4 2244400700024 12. 4224. 10.2 2244400700025 13. 3378. 7.1 2244400700026 14. 2820. 4.5 2244400700027 15. 2370. 4.2 2244400700028 16. 1979. 5.0 2244400700029 17. 1609. 6.5 2244400700030 18. 1243. 6.9 2244400700031 19. 925. 5.8 2244400700032 20. 623. 5.6 2244400700033 21. 580. 7.2 2244400700034 22. 507. 9.1 2244400700035 23. 326. 8.4 2244400700036 24. 197. 5.9 2244400700037 25. 113. 4.0 2244400700038 26. 73. 4.0 2244400700039 27. 51. 5.0 2244400700040 28. 40. 5.8 2244400700041 29. 35. 6.4 2244400700042 30. 30. 6.7 2244400700043 2 - 25 MeV deuterons 2244400700044 En Flux Error 2244400700045 MeV n/cm2/sec/MeV % 2244400700046 2. 15752. 18.0 2244400700047 3. 8536. 11.4 2244400700048 4. 4947. 8.8 2244400700049 5. 3554. 9.4 2244400700050 6. 3812. 9.6 2244400700051 7. 4828. 9.4 2244400700052 8. 5872. 9.5 2244400700053 9. 6297. 6.7 2244400700054 10. 6246. 5.8 2244400700055 11. 6246. 8.3 2244400700056 12. 5495. 8.2 2244400700057 13. 4403. 6.3 2244400700058 14. 3678. 4.9 2244400700059 15. 3154. 4.6 2244400700060 16. 2741. 5.7 2244400700061 17. 2378. 7.2 2244400700062 18. 2109. 8.0 2244400700063 19. 1908. 6.8 2244400700064 20. 1725. 6.3 2244400700065 21. 1545. 9.6 2244400700066 22. 1305. 14.2 2244400700067 23. 988. 15.6 2244400700068 24. 654. 12.8 2244400700069 25. 382. 7.5 2244400700070 26. 322. 4.3 2244400700071 27. 300. 4.8 2244400700072 28. 283. 7.3 2244400700073 29. 274. 9.2 2244400700074 30. 267. 10.5 2244400700075 REL-REF (M,21988001,R.Woefle+,J,NSE,91,162,1985) 2244400700076 Details of neutron spectrum . 2244400700077 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained in the 2244400700078 article. 2244400700079 STATUS (TABLE) Table 2 of C,91JUELIC,,297,1991 2244400700080 HISTORY (20170210A) M.M. Spectrum information was added. 2244400700081 ENDBIB 79 0 2244400700082 COMMON 1 3 2244400700083 EN-MIN 2244400700084 MEV 2244400700085 2. 2244400700086 ENDCOMMON 3 0 2244400700087 DATA 4 1 2244400700088 DATA 1DATA-ERR 1DATA 2DATA-ERR 2 2244400700089 MB MB MB MB 2244400700090 19. 2. 25. 3. 2244400700091 ENDDATA 3 0 2244400700092 ENDSUBENT 91 0 2244400799999 SUBENT 22444008 20170210 22592244400800001 BIB 9 83 2244400800002 REACTION 1(22-TI-0(N,X)21-SC-47,,SIG,,SPA/FCT) 2244400800003 2(22-TI-0(N,X)21-SC-47,,SIG,,SPA/FCT) 2244400800004 Elemental cross section divided by the isotopic 2244400800005 abundance of 47Ti and 48Ti (81.2%) . 2244400800006 FACILITY (ISOCY) Isochronous Cyclotron Julic, deuteron beam 2244400800007 energy 20 and 25 MeV 2244400800008 MONITOR (13-AL-27(N,A)11-NA-24,,SIG) For neutron flux density. 2244400800009 INC-SOURCE .Neutrons resulting in spallation of beryllium nucleus 2244400800010 in D-Be collision 2244400800011 INC-SPECT The fluxes were normalized as SUM(F(Ei)*dE)=10**5 . 2244400800012 Flux distributions obtained with SAND-II code: 2244400800013 1 - 20 MeV deuterons 2244400800014 En Flux Error 2244400800015 MeV n/cm2/sec/MeV % 2244400800016 2. 14511. 18.8 2244400800017 3. 11077. 12.6 2244400800018 4. 7850. 9.5 2244400800019 5. 5816. 8.3 2244400800020 6. 5861. 8.5 2244400800021 7. 6823. 7.4 2244400800022 8. 7540. 8.5 2244400800023 9. 7443. 7.0 2244400800024 10. 6481. 6.8 2244400800025 11. 5478. 9.4 2244400800026 12. 4224. 10.2 2244400800027 13. 3378. 7.1 2244400800028 14. 2820. 4.5 2244400800029 15. 2370. 4.2 2244400800030 16. 1979. 5.0 2244400800031 17. 1609. 6.5 2244400800032 18. 1243. 6.9 2244400800033 19. 925. 5.8 2244400800034 20. 623. 5.6 2244400800035 21. 580. 7.2 2244400800036 22. 507. 9.1 2244400800037 23. 326. 8.4 2244400800038 24. 197. 5.9 2244400800039 25. 113. 4.0 2244400800040 26. 73. 4.0 2244400800041 27. 51. 5.0 2244400800042 28. 40. 5.8 2244400800043 29. 35. 6.4 2244400800044 30. 30. 6.7 2244400800045 2 - 25 MeV deuterons 2244400800046 En Flux Error 2244400800047 MeV n/cm2/sec/MeV % 2244400800048 2. 15752. 18.0 2244400800049 3. 8536. 11.4 2244400800050 4. 4947. 8.8 2244400800051 5. 3554. 9.4 2244400800052 6. 3812. 9.6 2244400800053 7. 4828. 9.4 2244400800054 8. 5872. 9.5 2244400800055 9. 6297. 6.7 2244400800056 10. 6246. 5.8 2244400800057 11. 6246. 8.3 2244400800058 12. 5495. 8.2 2244400800059 13. 4403. 6.3 2244400800060 14. 3678. 4.9 2244400800061 15. 3154. 4.6 2244400800062 16. 2741. 5.7 2244400800063 17. 2378. 7.2 2244400800064 18. 2109. 8.0 2244400800065 19. 1908. 6.8 2244400800066 20. 1725. 6.3 2244400800067 21. 1545. 9.6 2244400800068 22. 1305. 14.2 2244400800069 23. 988. 15.6 2244400800070 24. 654. 12.8 2244400800071 25. 382. 7.5 2244400800072 26. 322. 4.3 2244400800073 27. 300. 4.8 2244400800074 28. 283. 7.3 2244400800075 29. 274. 9.2 2244400800076 30. 267. 10.5 2244400800077 REL-REF (M,21988001,R.Woefle+,J,NSE,91,162,1985) 2244400800078 Details of neutron spectrum . 2244400800079 ERR-ANALYS (DATA-ERR) Type of uncertainty is not explained in the 2244400800080 article. 2244400800081 STATUS (TABLE) Table 2 of C,91JUELIC,,297,1991 2244400800082 HISTORY (20170210A) M.M. Spectrum information was added. 2244400800083 Reaction was corrected as N,X instead of sum. 2244400800084 SF1 : TI-47 -> TI-0 . 2244400800085 ENDBIB 83 0 2244400800086 COMMON 1 3 2244400800087 EN-MIN 2244400800088 MEV 2244400800089 2. 2244400800090 ENDCOMMON 3 0 2244400800091 DATA 4 1 2244400800092 DATA 1DATA-ERR 1DATA 2DATA-ERR 2 2244400800093 MB MB MB MB 2244400800094 14.4 1.5 23.5 2.5 2244400800095 ENDDATA 3 0 2244400800096 ENDSUBENT 95 0 2244400899999 ENDENTRY 8 0 2244499999999