ENTRY 40226 20230703 421340226 0 1 SUBENT 40226001 20230703 421340226 1 1 BIB 12 33 40226 1 2 TITLE Cross sections for (n,p) and (n,alpha) reactions 40226 1 3 with 14.8-MeV neutrons 40226 1 4 AUTHOR (V.N.Levkovskii,G.P.Vinitskaya,G.E.Kovel'skaya, 40226 1 5 V.M.Stepanov) 40226 1 6 REFERENCE (J,SNP,10,25,1970) Eng.transl.of YF,10,44,1969 40226 1 7 (J,YF,10,44,1969) Issue 1. Data are given 40226 1 8 INSTITUTE (4KASKAZ) 40226 1 9 FACILITY (NGEN,4KASKAZ) Neutron generator 40226 1 10 REL-REF (I,40009001,G.P.Vinitskaya+,J,YF,6,240,1967) Issue 2. 40226 1 11 Principle used in determining cross sections, the 40226 1 12 technique used in irradiating targets and standards, 40226 1 13 and the method used to measure beta activities have 40226 1 14 been described in this ref. 40226 1 15 (N,40223001,V.Levkovskii+,J,SNP,8,4,1969) 40226 1 16 The same title and first author, different set of 40226 1 17 isotopes under study. 40226 1 18 METHOD (ACTIV) 40226 1 19 MONITOR See information in Subents. 40226 1 20 ERR-ANALYS (DATA-ERR) Not explained. 40226 1 21 STATUS (TABLE,,V.N.Levkovskii+,J,SNP,10,25,1970) From Table 40226 1 22 COMMENT Half-lives were measured by authors . 40226 1 23 HISTORY (19741216C) Compiled at the centre 40226 1 24 (19870311U) SF4 corrected in several subentries, 40226 1 25 ISO-QUANT into REACTION converted, energy in San 027 40226 1 26 corrected 40226 1 27 (20010311U) Date corrected 40226 1 28 (20150206A) SD: Ref. on Engl.transl. of YF added. 40226 1 29 SAMPLE was added to Sub. 2 - 35, 40226 1 30 HALF-LIFE -> DECAY-DATA in Subents 3-35. REL-REF added40226 1 31 (20151207A) M.M. Article was checked, BIB information 40226 1 32 was updated in AUTHOR,TITLE,METHOD,MONITOR,ANALYSIS, 40226 1 33 DECAY-DATA,COMMENT. 40226 1 34 (20230703U) Minor correction in Subent 001 40226 1 35 ENDBIB 33 0 40226 1 36 NOCOMMON 0 0 40226 1 37 ENDSUBENT 36 0 40226 199999 SUBENT 40226002 20151207 417340226 2 1 BIB 5 6 40226 2 2 REACTION (22-TI-46(N,P)21-SC-46,,SIG) 40226 2 3 DECAY-DATA (21-SC-46-G,84.D) 40226 2 4 SAMPLE 0.5-20 g titanium 40226 2 5 METHOD (CHSEP) Reaction products were separated 40226 2 6 radiochemically. 40226 2 7 HISTORY (20151207A) M.M. "-G" was deleted from SF4 40226 2 8 ENDBIB 6 0 40226 2 9 NOCOMMON 0 0 40226 2 10 DATA 3 1 40226 2 11 EN DATA DATA-ERR 40226 2 12 MEV MB MB 40226 2 13 14.8 230. 50. 40226 2 14 ENDDATA 3 0 40226 2 15 ENDSUBENT 14 0 40226 299999 SUBENT 40226003 20151207 417340226 3 1 BIB 6 12 40226 3 2 REACTION (22-TI-47(N,P)21-SC-47,,SIG) 40226 3 3 DECAY-DATA (21-SC-47,3.5D,DG,160.,0.73) 40226 3 4 (21-SC-48,1.83D,DG,178.,0.053) 40226 3 5 SAMPLE 0.5-20 g titanium 40226 3 6 METHOD (CHSEP) Reaction products were separated 40226 3 7 radiochemically. 40226 3 8 DETECTOR (GELI) 40226 3 9 ANALYSIS The yield ratio of reactions Ti47(n,p)Sc47 and 40226 3 10 Ti48(n,p)Sc48 was obtained by analyzing complete yield 40226 3 11 curve of Sc fraction, and from the intensities ratio 40226 3 12 between 178-keV line of Sc-48 and 160-keV line of Sc-4740226 3 13 measured by gamma-spectrometer with Ge(Li) detector. 40226 3 14 ENDBIB 12 0 40226 3 15 NOCOMMON 0 0 40226 3 16 DATA 3 1 40226 3 17 EN DATA DATA-ERR 40226 3 18 MEV MB MB 40226 3 19 14.8 170. 40. 40226 3 20 ENDDATA 3 0 40226 3 21 ENDSUBENT 20 0 40226 399999 SUBENT 40226004 20151207 417340226 4 1 BIB 6 12 40226 4 2 REACTION (22-TI-48(N,P)21-SC-48,,SIG) 40226 4 3 DECAY-DATA (21-SC-48,1.83D,DG,178.,0.053) 40226 4 4 (21-SC-47,3.5D,DG,160.,0.73) 40226 4 5 SAMPLE 0.5-20 g titanium 40226 4 6 METHOD (CHSEP) Reaction products were separated 40226 4 7 radiochemically. 40226 4 8 DETECTOR (GELI) 40226 4 9 ANALYSIS The yield ratio of reactions Ti47(n,p)Sc47 and 40226 4 10 Ti48(n,p)Sc48 was obtained by analyzing complete yield 40226 4 11 curve of Sc fraction, and from the intensities ratio 40226 4 12 between 178-keV line of Sc-48 and 160-keV line of Sc-4740226 4 13 measured by gamma-spectrometer with Ge(Li) detector. 40226 4 14 ENDBIB 12 0 40226 4 15 NOCOMMON 0 0 40226 4 16 DATA 3 1 40226 4 17 EN DATA DATA-ERR 40226 4 18 MEV MB MB 40226 4 19 14.8 63. 6. 40226 4 20 ENDDATA 3 0 40226 4 21 ENDSUBENT 20 0 40226 499999 SUBENT 40226005 20151207 417340226 5 1 BIB 4 5 40226 5 2 REACTION (22-TI-49(N,P)21-SC-49,,SIG) 40226 5 3 DECAY-DATA (21-SC-49,59.MIN) 40226 5 4 SAMPLE 0.5-20 g titanium 40226 5 5 METHOD (CHSEP) Reaction products were separated 40226 5 6 radiochemically. 40226 5 7 ENDBIB 5 0 40226 5 8 NOCOMMON 0 0 40226 5 9 DATA 3 1 40226 5 10 EN DATA DATA-ERR 40226 5 11 MEV MB MB 40226 5 12 14.8 35. 5. 40226 5 13 ENDDATA 3 0 40226 5 14 ENDSUBENT 13 0 40226 599999 SUBENT 40226006 20151207 417340226 6 1 BIB 3 3 40226 6 2 REACTION (22-TI-50(N,P)21-SC-50-G,M+,SIG) 40226 6 3 DECAY-DATA (21-SC-50-G,1.7MIN) 40226 6 4 SAMPLE 0.5-20 g titanium 40226 6 5 ENDBIB 3 0 40226 6 6 NOCOMMON 0 0 40226 6 7 DATA 3 1 40226 6 8 EN DATA DATA-ERR 40226 6 9 MEV MB MB 40226 6 10 14.8 22. 7. 40226 6 11 ENDDATA 3 0 40226 6 12 ENDSUBENT 11 0 40226 699999 SUBENT 40226007 20151207 417340226 7 1 BIB 4 5 40226 7 2 REACTION (22-TI-48(N,A)20-CA-45,,SIG) 40226 7 3 DECAY-DATA (20-CA-45,165.D) 40226 7 4 SAMPLE 0.5-20 g titanium 40226 7 5 METHOD (CHSEP) Reaction products were separated 40226 7 6 radiochemically. 40226 7 7 ENDBIB 5 0 40226 7 8 NOCOMMON 0 0 40226 7 9 DATA 3 1 40226 7 10 EN DATA DATA-ERR 40226 7 11 MEV MB MB 40226 7 12 14.8 23. 6. 40226 7 13 ENDDATA 3 0 40226 7 14 ENDSUBENT 13 0 40226 799999 SUBENT 40226008 20151207 417340226 8 1 BIB 4 5 40226 8 2 REACTION (22-TI-50(N,A)20-CA-47,,SIG) 40226 8 3 DECAY-DATA (20-CA-47,4.7D) 40226 8 4 SAMPLE 0.5-20 g titanium 40226 8 5 METHOD (CHSEP) Reaction products were separated 40226 8 6 radiochemically. 40226 8 7 ENDBIB 5 0 40226 8 8 NOCOMMON 0 0 40226 8 9 DATA 3 1 40226 8 10 EN DATA DATA-ERR 40226 8 11 MEV MB MB 40226 8 12 14.8 10. 2. 40226 8 13 ENDDATA 3 0 40226 8 14 ENDSUBENT 13 0 40226 899999 SUBENT 40226009 20151207 417340226 9 1 BIB 3 3 40226 9 2 REACTION (23-V-51(N,P)22-TI-51,,SIG) 40226 9 3 DECAY-DATA (22-TI-51,5.8MIN) 40226 9 4 SAMPLE 1-2 g vanadium 40226 9 5 ENDBIB 3 0 40226 9 6 NOCOMMON 0 0 40226 9 7 DATA 3 1 40226 9 8 EN DATA DATA-ERR 40226 9 9 MEV MB MB 40226 9 10 14.8 38. 8. 40226 9 11 ENDDATA 3 0 40226 9 12 ENDSUBENT 11 0 40226 999999 SUBENT 40226010 20151207 417340226 10 1 BIB 4 5 40226 10 2 REACTION (23-V-51(N,A)21-SC-48,,SIG) 40226 10 3 DECAY-DATA (21-SC-48,1.83D) 40226 10 4 SAMPLE 1-2 g vanadium 40226 10 5 METHOD (CHSEP) Reaction products were separated 40226 10 6 radiochemically. 40226 10 7 ENDBIB 5 0 40226 10 8 NOCOMMON 0 0 40226 10 9 DATA 3 1 40226 10 10 EN DATA DATA-ERR 40226 10 11 MEV MB MB 40226 10 12 14.8 16. 3. 40226 10 13 ENDDATA 3 0 40226 10 14 ENDSUBENT 13 0 40226 1099999 SUBENT 40226011 20151207 417340226 11 1 BIB 7 10 40226 11 2 REACTION (28-NI-58(N,P)27-CO-58,,SIG) 40226 11 3 DECAY-DATA (27-CO-58-G,72.D,AR,411.) 40226 11 4 SAMPLE 1-20 g of natural nickel, 50-100 mg 62NiO and 61NiO 40226 11 5 METHOD (CHSEP) Reaction products were separated 40226 11 6 radiochemically. 40226 11 7 MONITOR Copper foil served as standard. 40226 11 8 ANALYSIS Cross section for Ni-58(n,p)Co58g was determined using40226 11 9 the intensities ratio for annihilation radiation from 40226 11 10 Co-58 and copper foil. 40226 11 11 HISTORY (20151207A) M.M. "-G" was deleted from SF4 40226 11 12 ENDBIB 10 0 40226 11 13 NOCOMMON 0 0 40226 11 14 DATA 3 1 40226 11 15 EN DATA DATA-ERR 40226 11 16 MEV MB MB 40226 11 17 14.8 210. 40. 40226 11 18 ENDDATA 3 0 40226 11 19 ENDSUBENT 18 0 40226 1199999 SUBENT 40226012 20151207 417340226 12 1 BIB 5 9 40226 12 2 REACTION (28-NI-58(N,P)27-CO-58-M,,SIG) 40226 12 3 DECAY-DATA (27-CO-58-M,9.2HR) Half-life period was measured by 40226 12 4 authors 40226 12 5 (27-CO-58-G,72.D,DG,810.) 40226 12 6 SAMPLE 1-20 g of natural nickel, 50-100 mg 62NiO and 61NiO 40226 12 7 METHOD (CHSEP) Reaction products were separated 40226 12 8 radiochemically. 40226 12 9 ANALYSIS Ratio of initial activities of Co-58M and Co-58G was 40226 12 10 obtained from curve of 810-keV. 40226 12 11 ENDBIB 9 0 40226 12 12 NOCOMMON 0 0 40226 12 13 DATA 3 1 40226 12 14 EN DATA DATA-ERR 40226 12 15 MEV MB MB 40226 12 16 14.8 170. 40. 40226 12 17 ENDDATA 3 0 40226 12 18 ENDSUBENT 17 0 40226 1299999 SUBENT 40226013 20151207 417340226 13 1 BIB 5 11 40226 13 2 REACTION (28-NI-60(N,P)27-CO-60,,SIG) 40226 13 3 DECAY-DATA (27-CO-60-G,5.3YR,DG,1170.,,DG,1330.) 40226 13 4 (27-CO-58-G,72.D,DG,810.) 40226 13 5 SAMPLE 1-20 g of natural nickel, 50-100 mg 62NiO and 61NiO 40226 13 6 METHOD (CHSEP) Reaction products were separated 40226 13 7 radiochemically. 40226 13 8 ANALYSIS Cross section for Ni-60(n,p)Co-60 was determined from 40226 13 9 intensity ratios between 810-keV line of Co-58 and 40226 13 10 1170 and 1339-keV lines of Co-60, in the Co sample 40226 13 11 stored for 1 and 1.5 years following its separation 40226 13 12 from Ni target. 40226 13 13 ENDBIB 11 0 40226 13 14 NOCOMMON 0 0 40226 13 15 DATA 3 1 40226 13 16 EN DATA DATA-ERR 40226 13 17 MEV MB MB 40226 13 18 14.8 130. 40. 40226 13 19 ENDDATA 3 0 40226 13 20 ENDSUBENT 19 0 40226 1399999 SUBENT 40226014 20151207 417340226 14 1 BIB 4 6 40226 14 2 REACTION (28-NI-61(N,P)27-CO-61,,SIG) 40226 14 3 DECAY-DATA (27-CO-61,98.MIN) 40226 14 4 SAMPLE Enriched in Ni-61 . 40226 14 5 1-20 g of natural nickel, 50-100 mg 62NiO and 61NiO 40226 14 6 METHOD (CHSEP) Reaction products were separated 40226 14 7 radiochemically. 40226 14 8 ENDBIB 6 0 40226 14 9 NOCOMMON 0 0 40226 14 10 DATA 3 1 40226 14 11 EN DATA DATA-ERR 40226 14 12 MEV MB MB 40226 14 13 14.8 98. 10. 40226 14 14 ENDDATA 3 0 40226 14 15 ENDSUBENT 14 0 40226 1499999 SUBENT 40226015 20151207 417340226 15 1 BIB 5 7 40226 15 2 REACTION (28-NI-62(N,P)27-CO-62-M,,SIG) 40226 15 3 DECAY-DATA (27-CO-62-M,14.MIN) 40226 15 4 SAMPLE Enriched in Ni-62. 40226 15 5 1-20 g of natural nickel, 50-100 mg 62NiO and 61NiO 40226 15 6 METHOD (CHSEP) Reaction products were separated 40226 15 7 radiochemically. 40226 15 8 HISTORY (20151207A) M.M. -G -> -M in REACTION and DECAY-DATA 40226 15 9 ENDBIB 7 0 40226 15 10 NOCOMMON 0 0 40226 15 11 DATA 3 1 40226 15 12 EN DATA DATA-ERR 40226 15 13 MEV MB MB 40226 15 14 14.8 21. 3. 40226 15 15 ENDDATA 3 0 40226 15 16 ENDSUBENT 15 0 40226 1599999 SUBENT 40226016 20151207 417340226 16 1 BIB 5 7 40226 16 2 REACTION (28-NI-62(N,P)27-CO-62-G,,SIG) 40226 16 3 DECAY-DATA (27-CO-62-G,1.5MIN) Half-life period was measured by40226 16 4 authors 40226 16 5 SAMPLE 1-20 g of natural nickel, 50-100 mg 62NiO and 61NiO 40226 16 6 METHOD (CHSEP) Reaction products were separated 40226 16 7 radiochemically. 40226 16 8 HISTORY (20151207A) M.M. -M -> -G in REACTION and DECAY-DATA 40226 16 9 ENDBIB 7 0 40226 16 10 NOCOMMON 0 0 40226 16 11 DATA 3 1 40226 16 12 EN DATA DATA-ERR 40226 16 13 MEV MB MB 40226 16 14 14.8 23. 4. 40226 16 15 ENDDATA 3 0 40226 16 16 ENDSUBENT 15 0 40226 1699999 SUBENT 40226017 20151207 417340226 17 1 BIB 6 11 40226 17 2 REACTION (40-ZR-90(N,P)39-Y-90,,SIG) 40226 17 3 DECAY-DATA (39-Y-90-G,2.66D) 40226 17 4 SAMPLE 0.5-40 g ZrOCl2 x 8H2O 40226 17 5 METHOD (CHSEP) Reaction products were separated 40226 17 6 radiochemically. 40226 17 7 ANALYSIS The ratio of the initial activities of Y-90m and Y-90g40226 17 8 was determined by comparing the initial intensities of 40226 17 9 220-keV gamma line of Y-90m and the initial beta 40226 17 10 activity of Y-90g in Y samples separated chemically 40226 17 11 from Zr and Nb targets. 40226 17 12 HISTORY (20151207A) M.M. "-G" was deleted from SF4 40226 17 13 ENDBIB 11 0 40226 17 14 NOCOMMON 0 0 40226 17 15 DATA 3 1 40226 17 16 EN DATA DATA-ERR 40226 17 17 MEV MB MB 40226 17 18 14.8 34. 4. 40226 17 19 ENDDATA 3 0 40226 17 20 ENDSUBENT 19 0 40226 1799999 SUBENT 40226018 20151207 417340226 18 1 BIB 5 10 40226 18 2 REACTION (40-ZR-90(N,P)39-Y-90-M,,SIG) 40226 18 3 DECAY-DATA (39-Y-90-M,3.25HR) Measured by authors 40226 18 4 SAMPLE 0.5-40 g ZrOCl2 x 8H2O 40226 18 5 METHOD (CHSEP) Reaction products were separated 40226 18 6 radiochemically. 40226 18 7 ANALYSIS The ratio of the initial activities of Y-90m and Y-90g40226 18 8 was determined by comparing the initial intensities of 40226 18 9 220-keV gamma line of Y-90m and the initial beta 40226 18 10 activity of Y-90g in Y samples separated chemically 40226 18 11 from Zr and Nb targets. 40226 18 12 ENDBIB 10 0 40226 18 13 NOCOMMON 0 0 40226 18 14 DATA 3 1 40226 18 15 EN DATA DATA-ERR 40226 18 16 MEV MB MB 40226 18 17 14.8 9. 2. 40226 18 18 ENDDATA 3 0 40226 18 19 ENDSUBENT 18 0 40226 1899999 SUBENT 40226019 20151207 417340226 19 1 BIB 5 6 40226 19 2 REACTION (40-ZR-91(N,P)39-Y-91,,SIG) 40226 19 3 DECAY-DATA (39-Y-91-G,59.D) 40226 19 4 SAMPLE 0.5-40 g ZrOCl2 x 8H2O 40226 19 5 METHOD (CHSEP) Reaction products were separated 40226 19 6 radiochemically. 40226 19 7 HISTORY (20151207A) M.M. "-G" was deleted from SF4 40226 19 8 ENDBIB 6 0 40226 19 9 NOCOMMON 0 0 40226 19 10 DATA 3 1 40226 19 11 EN DATA DATA-ERR 40226 19 12 MEV MB MB 40226 19 13 14.8 34. 7. 40226 19 14 ENDDATA 3 0 40226 19 15 ENDSUBENT 14 0 40226 1999999 SUBENT 40226020 20151207 417340226 20 1 BIB 5 7 40226 20 2 REACTION (40-ZR-92(N,P)39-Y-92,,SIG) 40226 20 3 DECAY-DATA (39-Y-92,3.5HR) 40226 20 4 SAMPLE 0.5-40 g ZrOCl2 x 8H2O 40226 20 5 METHOD (CHSEP) Reaction products were separated 40226 20 6 radiochemically. 40226 20 7 CORRECTION For internal conversion electrons of Y-90m to measured 40226 20 8 beta activity of Y-92. 40226 20 9 ENDBIB 7 0 40226 20 10 NOCOMMON 0 0 40226 20 11 DATA 3 1 40226 20 12 EN DATA DATA-ERR 40226 20 13 MEV MB MB 40226 20 14 14.8 20. 3. 40226 20 15 ENDDATA 3 0 40226 20 16 ENDSUBENT 15 0 40226 2099999 SUBENT 40226021 20151207 417340226 21 1 BIB 4 5 40226 21 2 REACTION (40-ZR-94(N,P)39-Y-94,,SIG) 40226 21 3 DECAY-DATA (39-Y-94,20.MIN) 40226 21 4 SAMPLE 0.5-40 g ZrOCl2 x 8H2O 40226 21 5 METHOD (CHSEP) Reaction products were separated 40226 21 6 radiochemically. 40226 21 7 ENDBIB 5 0 40226 21 8 NOCOMMON 0 0 40226 21 9 DATA 3 1 40226 21 10 EN DATA DATA-ERR 40226 21 11 MEV MB MB 40226 21 12 14.8 9. 2. 40226 21 13 ENDDATA 3 0 40226 21 14 ENDSUBENT 13 0 40226 2199999 SUBENT 40226022 20151207 417340226 22 1 BIB 4 5 40226 22 2 REACTION (40-ZR-92(N,A)38-SR-89,,SIG) 40226 22 3 DECAY-DATA (38-SR-89,51.D) 40226 22 4 SAMPLE 0.5-40 g of ZrOCl(2) x 8 H(2)O 40226 22 5 METHOD (CHSEP) Reaction products were separated 40226 22 6 radiochemically. 40226 22 7 ENDBIB 5 0 40226 22 8 NOCOMMON 0 0 40226 22 9 DATA 3 1 40226 22 10 EN DATA DATA-ERR 40226 22 11 MEV MB MB 40226 22 12 14.8 9. 2. 40226 22 13 ENDDATA 3 0 40226 22 14 ENDSUBENT 13 0 40226 2299999 SUBENT 40226023 20151207 417340226 23 1 BIB 4 5 40226 23 2 REACTION (40-ZR-94(N,A)38-SR-91,,SIG) 40226 23 3 DECAY-DATA (38-SR-91,9.7HR) 40226 23 4 SAMPLE 0.5-40 g of ZrOCl(2) x 8 H(2)O 40226 23 5 METHOD (CHSEP) Reaction products were separated 40226 23 6 radiochemically. 40226 23 7 ENDBIB 5 0 40226 23 8 NOCOMMON 0 0 40226 23 9 DATA 3 1 40226 23 10 EN DATA DATA-ERR 40226 23 11 MEV MB MB 40226 23 12 14.8 5.2 0.7 40226 23 13 ENDDATA 3 0 40226 23 14 ENDSUBENT 13 0 40226 2399999 SUBENT 40226024 20151207 417340226 24 1 BIB 4 5 40226 24 2 REACTION (40-ZR-96(N,A)38-SR-93,,SIG) 40226 24 3 DECAY-DATA (38-SR-93,7.5MIN) 40226 24 4 SAMPLE 0.5-40 g of ZrOCl(2) x 8 H(2)O 40226 24 5 METHOD (CHSEP) Reaction products were separated 40226 24 6 radiochemically. 40226 24 7 ENDBIB 5 0 40226 24 8 NOCOMMON 0 0 40226 24 9 DATA 3 1 40226 24 10 EN DATA DATA-ERR 40226 24 11 MEV MB MB 40226 24 12 14.8 2.6 0.8 40226 24 13 ENDDATA 3 0 40226 24 14 ENDSUBENT 13 0 40226 2499999 SUBENT 40226025 20151207 417340226 25 1 BIB 7 9 40226 25 2 REACTION (41-NB-93(N,A)39-Y-90,,SIG) 40226 25 3 DECAY-DATA (39-Y-90-G,2.66D,B-) 40226 25 4 SAMPLE 1 g of metallic niobium 40226 25 5 METHOD (CHSEP) Reaction products were separated 40226 25 6 radiochemically. 40226 25 7 DETECTOR (SCIN) Scintillation beta spectrometer. 40226 25 8 ANALYSIS The ratio of the initial activities of Y-90m and Y-90g40226 25 9 was obtained from the part ( > 1 MeV) of beta spectrum.40226 25 10 HISTORY (20151207A) M.M. "-G" was deleted from SF4 40226 25 11 ENDBIB 9 0 40226 25 12 NOCOMMON 0 0 40226 25 13 DATA 3 1 40226 25 14 EN DATA DATA-ERR 40226 25 15 MEV MB MB 40226 25 16 14.8 3.3 0.5 40226 25 17 ENDDATA 3 0 40226 25 18 ENDSUBENT 17 0 40226 2599999 SUBENT 40226026 20151207 417340226 26 1 BIB 6 8 40226 26 2 REACTION (41-NB-93(N,A)39-Y-90-M,,SIG) 40226 26 3 DECAY-DATA (39-Y-90-M,3.25HR) Measured by authors 40226 26 4 SAMPLE 1 g of metallic niobium 40226 26 5 METHOD (CHSEP) Reaction products were separated 40226 26 6 radiochemically. 40226 26 7 DETECTOR (SCIN) Scintillation beta spectrometer. 40226 26 8 ANALYSIS The ratio of the initial activities of Y-90m and Y-90g40226 26 9 was obtained from the part ( > 1 MeV) of beta spectrum.40226 26 10 ENDBIB 8 0 40226 26 11 NOCOMMON 0 0 40226 26 12 DATA 3 1 40226 26 13 EN DATA DATA-ERR 40226 26 14 MEV MB MB 40226 26 15 14.8 2.8 0.5 40226 26 16 ENDDATA 3 0 40226 26 17 ENDSUBENT 16 0 40226 2699999 SUBENT 40226027 20151207 417340226 27 1 BIB 6 10 40226 27 2 REACTION (47-AG-109(N,P)46-PD-109,,SIG) 40226 27 3 DECAY-DATA (46-PD-109-G,13.6HR) 40226 27 4 SAMPLE 1-2 g silver nitrate 40226 27 5 METHOD (CHSEP) Reaction products were separated 40226 27 6 radiochemically. 40226 27 7 CORRECTION For contribution in the measured activity by internal 40226 27 8 conversion electrons from the decays of daughter nuclei40226 27 9 Ag-109m (HL=40 sec, E=88 keV,alpha=10) and 40226 27 10 In-115m (Hl=4.5hr, E=335 keV,alpha=0.82). 40226 27 11 HISTORY (20151207A) M.M. "-G" was deleted from SF4 40226 27 12 ENDBIB 10 0 40226 27 13 NOCOMMON 0 0 40226 27 14 DATA 3 1 40226 27 15 EN DATA DATA-ERR 40226 27 16 MEV MB MB 40226 27 17 14.8 17. 2. 40226 27 18 ENDDATA 3 0 40226 27 19 ENDSUBENT 18 0 40226 2799999 SUBENT 40226028 20151207 417340226 28 1 BIB 4 5 40226 28 2 REACTION (49-IN-115(N,A)47-AG-112,,SIG) 40226 28 3 DECAY-DATA (47-AG-112,3.2HR) 40226 28 4 SAMPLE 1-20 g of metallic indium 40226 28 5 METHOD (CHSEP) Reaction products were separated 40226 28 6 radiochemically. 40226 28 7 ENDBIB 5 0 40226 28 8 NOCOMMON 0 0 40226 28 9 DATA 3 1 40226 28 10 EN DATA DATA-ERR 40226 28 11 MEV MB MB 40226 28 12 14.8 2.4 0.3 40226 28 13 ENDDATA 3 0 40226 28 14 ENDSUBENT 13 0 40226 2899999 SUBENT 40226029 20151207 417340226 29 1 BIB 5 9 40226 29 2 REACTION (49-IN-115(N,P)48-CD-115-G,,SIG) 40226 29 3 DECAY-DATA (48-CD-115-G,2.3D) 40226 29 4 SAMPLE 1-20 g of metallic indium 40226 29 5 METHOD (CHSEP) Reaction products were separated 40226 29 6 radiochemically. 40226 29 7 CORRECTION For contribution in the measured activity by internal 40226 29 8 conversion electrons from the decays of daughter nuclei40226 29 9 Ag-109m (HL=40 sec, E=88 keV,alpha=10) and 40226 29 10 In-115m (Hl=4.5hr, E=335 keV,alpha=0.82). 40226 29 11 ENDBIB 9 0 40226 29 12 NOCOMMON 0 0 40226 29 13 DATA 3 1 40226 29 14 EN DATA DATA-ERR 40226 29 15 MEV MB MB 40226 29 16 14.8 4.8 1.0 40226 29 17 ENDDATA 3 0 40226 29 18 ENDSUBENT 17 0 40226 2999999 SUBENT 40226030 20151207 417340226 30 1 BIB 4 6 40226 30 2 REACTION (49-IN-115(N,P)48-CD-115-M,,SIG) 40226 30 3 DECAY-DATA (48-CD-115-M,43.D) Half-life period was measured by 40226 30 4 authors 40226 30 5 SAMPLE 1-20 g of metallic indium 40226 30 6 METHOD (CHSEP) Reaction products were separated 40226 30 7 radiochemically. 40226 30 8 ENDBIB 6 0 40226 30 9 NOCOMMON 0 0 40226 30 10 DATA 3 1 40226 30 11 EN DATA DATA-ERR 40226 30 12 MEV MB MB 40226 30 13 14.8 7.7 1.2 40226 30 14 ENDDATA 3 0 40226 30 15 ENDSUBENT 14 0 40226 3099999 SUBENT 40226031 20151207 417340226 31 1 BIB 4 5 40226 31 2 REACTION (50-SN-118(N,A)48-CD-115-G,,SIG) 40226 31 3 DECAY-DATA (48-CD-115-G,2.3D) 40226 31 4 SAMPLE 5-20 g of metallic tin 40226 31 5 METHOD (CHSEP) Reaction products were separated 40226 31 6 radiochemically. 40226 31 7 ENDBIB 5 0 40226 31 8 NOCOMMON 0 0 40226 31 9 DATA 3 1 40226 31 10 EN DATA DATA-ERR 40226 31 11 MEV MB MB 40226 31 12 14.8 1.1 0.1 40226 31 13 ENDDATA 3 0 40226 31 14 ENDSUBENT 13 0 40226 3199999 SUBENT 40226032 20151207 417340226 32 1 BIB 5 9 40226 32 2 REACTION (50-SN-118(N,A)48-CD-115-M,,SIG) 40226 32 3 DECAY-DATA (48-CD-115-M,43.D) 40226 32 4 SAMPLE 5-20 g of metallic tin 40226 32 5 METHOD (CHSEP) Reaction products were separated 40226 32 6 radiochemically. 40226 32 7 CORRECTION For contribution in the measured activity by internal 40226 32 8 conversion electrons from the decays of daughter nuclei40226 32 9 Ag-109m (HL=40 sec, E=88 keV,alpha=10) and 40226 32 10 In-115m (Hl=4.5hr, E=335 keV,alpha=0.82). 40226 32 11 ENDBIB 9 0 40226 32 12 NOCOMMON 0 0 40226 32 13 DATA 3 1 40226 32 14 EN DATA DATA-ERR 40226 32 15 MEV MB MB 40226 32 16 14.8 .3 .1 40226 32 17 ENDDATA 3 0 40226 32 18 ENDSUBENT 17 0 40226 3299999 SUBENT 40226033 20151207 417340226 33 1 BIB 4 5 40226 33 2 REACTION (53-I-127(N,P)52-TE-127-G,,SIG) 40226 33 3 DECAY-DATA (52-TE-127-G,9.4HR) 40226 33 4 SAMPLE 1-20 g of NaI x 2 H(2)O 40226 33 5 METHOD (CHSEP) Reaction products were separated 40226 33 6 radiochemically. 40226 33 7 ENDBIB 5 0 40226 33 8 NOCOMMON 0 0 40226 33 9 DATA 3 1 40226 33 10 EN DATA DATA-ERR 40226 33 11 MEV MB MB 40226 33 12 14.8 3.8 0.4 40226 33 13 ENDDATA 3 0 40226 33 14 ENDSUBENT 13 0 40226 3399999 SUBENT 40226034 20151207 417340226 34 1 BIB 4 6 40226 34 2 REACTION (53-I-127(N,P)52-TE-127-M,,SIG) 40226 34 3 DECAY-DATA (52-TE-127-M,105.D) Half-life period was measured 40226 34 4 by the authors 40226 34 5 SAMPLE 1-20 g of NaI x 2 H(2)O 40226 34 6 METHOD (CHSEP) Reaction products were separated 40226 34 7 radiochemically. 40226 34 8 ENDBIB 6 0 40226 34 9 NOCOMMON 0 0 40226 34 10 DATA 3 1 40226 34 11 EN DATA DATA-ERR 40226 34 12 MEV MB MB 40226 34 13 14.8 5.3 1. 40226 34 14 ENDDATA 3 0 40226 34 15 ENDSUBENT 14 0 40226 3499999 SUBENT 40226035 20151207 417340226 35 1 BIB 5 6 40226 35 2 REACTION (53-I-127(N,A)51-SB-124-G,M+,SIG) 40226 35 3 DECAY-DATA (51-SB-124-G,60.D) 40226 35 4 SAMPLE 1-20 g of NaI x 2 H(2)O 40226 35 5 METHOD (CHSEP) Reaction products were separated 40226 35 6 radiochemically. 40226 35 7 HISTORY (20151207A) M.M. M+ was added in SF5. 40226 35 8 ENDBIB 6 0 40226 35 9 NOCOMMON 0 0 40226 35 10 DATA 3 1 40226 35 11 EN DATA DATA-ERR 40226 35 12 MEV MB MB 40226 35 13 14.8 1.8 0.4 40226 35 14 ENDDATA 3 0 40226 35 15 ENDSUBENT 14 0 40226 3599999 ENDENTRY 35 0 4022699999999