ENTRY O0327 20230423 O096O0327 0 1 SUBENT O0327001 20230423 O096O0327 1 1 BIB 9 18 O0327 1 2 TITLE Fission of lead induced by 600 MeV protons O0327 1 3 AUTHOR (E.Hageboe,T.Lund) O0327 1 4 INSTITUTE (2ZZZCER) O0327 1 5 REFERENCE (J,JIN,37,1569,1975) O0327 1 6 FACILITY (ISOCY,2ZZZCER) O0327 1 7 DETECTOR (NAICR,GELI) Four Ge(Li) detectors. Most of the O0327 1 8 results are determined with at least two detectors. O0327 1 9 The detectors were coupled to different amplifier and O0327 1 10 multichannel analyzer systems. O0327 1 11 METHOD (ACTIV,GSPEC) O0327 1 12 ADD-RES (COMP) Cascade calculations. O0327 1 13 HISTORY (19970401C) O0327 1 14 (19970406A) correction in some subentries. O0327 1 15 (19980316A) Total fission cross section is included. O0327 1 16 (19980316U) Last checking has been done. O0327 1 17 (20000425A) Date is corrected O0327 1 18 (20230407A) SD:Updated to new date formats,lower case. O0327 1 19 Corrections in all Subents. O0327 1 20 ENDBIB 18 0 O0327 1 21 COMMON 1 3 O0327 1 22 EN O0327 1 23 MEV O0327 1 24 600. O0327 1 25 ENDCOMMON 3 0 O0327 1 26 ENDSUBENT 25 0 O0327 199999 SUBENT O0327002 20230423 O096O0327 2 1 BIB 10 22 O0327 2 2 REACTION (82-PB-0(P,X)37-RB-83,CUM,SIG) O0327 2 3 DECAY-DATA (37-RB-83,83.D,DG,520./529./554.,0.93) O0327 2 4 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 2 5 0.5 mm thick with catcher foils of 30 um aluminium, O0327 2 6 monitor foils of 10 um Al and guard foils of 30 um O0327 2 7 aluminium on both sides. O0327 2 8 METHOD (STTA,CHSEP) Rb was separated from the target solution O0327 2 9 by a perchlorate precipitation and further purified by O0327 2 10 series of hydroxide-,sulfide- and carbonate-scavenging O0327 2 11 to remove contamination. O0327 2 12 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 2 13 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 2 14 MISC-COL (MISC) Number of determinations. O0327 2 15 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 2 16 on errors in gamma-peak area analysis, counting O0327 2 17 efficiencies and counting statistics, chemical yield O0327 2 18 measurements monitor cross section, and spread among O0327 2 19 the parallel determinations. Errors in the half-lives O0327 2 20 and absolute gamma-ray intensities are not included. O0327 2 21 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 2 22 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 2 23 BIB updated. ERR-T -> DATA-ERR. O0327 2 24 ENDBIB 22 0 O0327 2 25 NOCOMMON 0 0 O0327 2 26 DATA 5 1 O0327 2 27 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 2 28 MB MB NO-DIM MB MB O0327 2 29 2.01 0.17 3. 11. 0.5 O0327 2 30 ENDDATA 3 0 O0327 2 31 ENDSUBENT 30 0 O0327 299999 SUBENT O0327003 20230423 O096O0327 3 1 BIB 10 22 O0327 3 2 REACTION (82-PB-0(P,X)37-RB-84,,SIG) O0327 3 3 DECAY-DATA (37-RB-84-G,33.D,DG,880.,0.74) O0327 3 4 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 3 5 0.5 mm thick with catcher foils of 30 um aluminium, O0327 3 6 monitor foils of 10 um Al and guard foils of 30 um O0327 3 7 aluminium on both sides. O0327 3 8 METHOD (STTA,CHSEP) Rb was separated from the target solution O0327 3 9 by a perchlorate precipitation and further purified by O0327 3 10 series of hydroxide-,sulfide- and carbonate-scavenging O0327 3 11 to remove contamination. O0327 3 12 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 3 13 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 3 14 MISC-COL (MISC) Number of determinations. O0327 3 15 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 3 16 on errors in gamma-peak area analysis, counting O0327 3 17 efficiencies and counting statistics, chemical yield O0327 3 18 measurements monitor cross section, and spread among O0327 3 19 the parallel determinations. Errors in the half-lives O0327 3 20 and absolute gamma-ray intensities are not included. O0327 3 21 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 3 22 HISTORY (20230423A) SD: SF4=Rb-84g -> Rb-84; SF5=M+ and SF9=EXPO0327 3 23 deleted from REACTION code. BIB updated.ERR-T->DATA-ERRO0327 3 24 ENDBIB 22 0 O0327 3 25 NOCOMMON 0 0 O0327 3 26 DATA 5 1 O0327 3 27 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 3 28 MB MB NO-DIM MB MB O0327 3 29 2.32 0.13 3. 11. 0.5 O0327 3 30 ENDDATA 3 0 O0327 3 31 ENDSUBENT 30 0 O0327 399999 SUBENT O0327004 20230423 O096O0327 4 1 BIB 10 22 O0327 4 2 REACTION (82-PB-0(P,X)37-RB-86,,SIG) O0327 4 3 DECAY-DATA (37-RB-86-G,18.66D,DG,1078.,0.088) O0327 4 4 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 4 5 0.5 mm thick with catcher foils of 30 um aluminium, O0327 4 6 monitor foils of 10 um Al and guard foils of 30 um O0327 4 7 aluminium on both sides. O0327 4 8 METHOD (STTA,CHSEP) Rb was separated from the target solution O0327 4 9 by a perchlorate precipitation and further purified by O0327 4 10 series of hydroxide-,sulfide- and carbonate-scavenging O0327 4 11 to remove contamination. O0327 4 12 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 4 13 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 4 14 MISC-COL (MISC) Number of determinations. O0327 4 15 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 4 16 on errors in gamma-peak area analysis, counting O0327 4 17 efficiencies and counting statistics, chemical yield O0327 4 18 measurements monitor cross section, and spread among O0327 4 19 the parallel determinations. Errors in the half-lives O0327 4 20 and absolute gamma-ray intensities are not included. O0327 4 21 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 4 22 HISTORY (20230423A) SD: SF4=Rb-86g -> Rb-86; SF5=M+ and SF9=EXPO0327 4 23 deleted from REACTION code. BIB updated.ERR-T->DATA-ERRO0327 4 24 ENDBIB 22 0 O0327 4 25 NOCOMMON 0 0 O0327 4 26 DATA 5 1 O0327 4 27 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 4 28 MB MB NO-DIM MB MB O0327 4 29 3.04 0.26 3. 11. 0.5 O0327 4 30 ENDDATA 3 0 O0327 4 31 ENDSUBENT 30 0 O0327 499999 SUBENT O0327005 20230423 O096O0327 5 1 BIB 10 23 O0327 5 2 REACTION (82-PB-0(P,X)47-AG-105,CUM,SIG) O0327 5 3 DECAY-DATA (47-AG-105-G,41.2D,DG,280.,0.32, O0327 5 4 DG,344.,0.42) O0327 5 5 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 5 6 0.5 mm thick with catcher foils of 30 um aluminium, O0327 5 7 monitor foils of 10 um Al and guard foils of 30 um O0327 5 8 aluminium on both sides. O0327 5 9 METHOD (STTA,CHSEP) Ag was separated using a procedure, O0327 5 10 consisting of a series of AgCl and Ag(2)S O0327 5 11 precipitations and Fe(OH)(3)-scavenging. O0327 5 12 The final sample is AgCl. O0327 5 13 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 5 14 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 5 15 MISC-COL (MISC) Number of determinations. O0327 5 16 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 5 17 on errors in gamma-peak area analysis, counting O0327 5 18 efficiencies and counting statistics, chemical yield O0327 5 19 measurements monitor cross section, and spread among O0327 5 20 the parallel determinations. Errors in the half-lives O0327 5 21 and absolute gamma-ray intensities are not included. O0327 5 22 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 5 23 HISTORY (20230423A) SD: SF4=Ag-105g -> Ag-105; SF9=EXP deleted O0327 5 24 from REACTION code. BIB updated. ERR-T -> DATA-ERR. O0327 5 25 ENDBIB 23 0 O0327 5 26 NOCOMMON 0 0 O0327 5 27 DATA 5 1 O0327 5 28 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 5 29 MB MB NO-DIM MB MB O0327 5 30 0.25 0.03 2. 11. 0.5 O0327 5 31 ENDDATA 3 0 O0327 5 32 ENDSUBENT 31 0 O0327 599999 SUBENT O0327006 20230423 O096O0327 6 1 BIB 10 23 O0327 6 2 REACTION (82-PB-0(P,F)47-AG-106-M,,SIG) O0327 6 3 DECAY-DATA (47-AG-106-M,8.3D,DG,747.,0.13, O0327 6 4 DG,1045.,0.29) O0327 6 5 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 6 6 0.5 mm thick with catcher foils of 30 um aluminium, O0327 6 7 monitor foils of 10 um Al and guard foils of 30 um O0327 6 8 aluminium on both sides. O0327 6 9 METHOD (STTA,CHSEP) Ag was separated using a procedure, O0327 6 10 consisting of a series of AgCl and Ag(2)S O0327 6 11 precipitations and Fe(OH)(3)-scavenging. O0327 6 12 The final sample is AgCl. O0327 6 13 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 6 14 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 6 15 MISC-COL (MISC) Number of determinations. O0327 6 16 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 6 17 on errors in gamma-peak area analysis, counting O0327 6 18 efficiencies and counting statistics, chemical yield O0327 6 19 measurements monitor cross section, and spread among O0327 6 20 the parallel determinations. Errors in the half-lives O0327 6 21 and absolute gamma-ray intensities are not included. O0327 6 22 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 6 23 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 6 24 BIB updated. ERR-T -> DATA-ERR. O0327 6 25 ENDBIB 23 0 O0327 6 26 NOCOMMON 0 0 O0327 6 27 DATA 5 1 O0327 6 28 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 6 29 MB MB NO-DIM MB MB O0327 6 30 0.44 0.06 2. 11. 0.5 O0327 6 31 ENDDATA 3 0 O0327 6 32 ENDSUBENT 31 0 O0327 699999 SUBENT O0327007 20230423 O096O0327 7 1 BIB 10 23 O0327 7 2 REACTION (82-PB-0(P,X)47-AG-110-M,,SIG) O0327 7 3 DECAY-DATA (47-AG-110-M,253.D,DG,657.,0.944, O0327 7 4 DG,884.,0.735) O0327 7 5 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 7 6 0.5 mm thick with catcher foils of 30 um aluminium, O0327 7 7 monitor foils of 10 um Al and guard foils of 30 um O0327 7 8 aluminium on both sides. O0327 7 9 METHOD (STTA,CHSEP) Ag was separated using a procedure, O0327 7 10 consisting of a series of AgCl and Ag(2)S O0327 7 11 precipitations and Fe(OH)(3)-scavenging. O0327 7 12 The final sample is AgCl. O0327 7 13 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 7 14 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 7 15 MISC-COL (MISC) Number of determinations. O0327 7 16 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 7 17 on errors in gamma-peak area analysis, counting O0327 7 18 efficiencies and counting statistics, chemical yield O0327 7 19 measurements monitor cross section, and spread among O0327 7 20 the parallel determinations. Errors in the half-lives O0327 7 21 and absolute gamma-ray intensities are not included. O0327 7 22 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 7 23 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 7 24 BIB updated. ERR-T -> DATA-ERR. O0327 7 25 ENDBIB 23 0 O0327 7 26 NOCOMMON 0 0 O0327 7 27 DATA 5 1 O0327 7 28 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 7 29 MB MB NO-DIM MB MB O0327 7 30 0.95 0.11 2. 11. 0.5 O0327 7 31 ENDDATA 3 0 O0327 7 32 ENDSUBENT 31 0 O0327 799999 SUBENT O0327008 20230423 O096O0327 8 1 BIB 10 23 O0327 8 2 REACTION (82-PB-0(P,X)47-AG-111,CUM,SIG) O0327 8 3 DECAY-DATA (47-AG-111-G,7.5D,DG,245.,0.0095, O0327 8 4 DG,342.,0.046) O0327 8 5 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 8 6 0.5 mm thick with catcher foils of 30 um aluminium, O0327 8 7 monitor foils of 10 um Al and guard foils of 30 um O0327 8 8 aluminium on both sides. O0327 8 9 METHOD (STTA,CHSEP) Ag was separated using a procedure, O0327 8 10 consisting of a series of AgCl and Ag(2)S O0327 8 11 precipitations and Fe(OH)(3)-scavenging. O0327 8 12 The final sample is AgCl. O0327 8 13 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 8 14 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 8 15 MISC-COL (MISC) Number of determinations. O0327 8 16 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 8 17 on errors in gamma-peak area analysis, counting O0327 8 18 efficiencies and counting statistics, chemical yield O0327 8 19 measurements monitor cross section, and spread among O0327 8 20 the parallel determinations. Errors in the half-lives O0327 8 21 and absolute gamma-ray intensities are not included. O0327 8 22 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 8 23 HISTORY (20230423A) SD: SF4=Ag-111g -> Ag-111; SF9=EXP deleted O0327 8 24 from REACTION code. BIB updated. ERR-T -> DATA-ERR. O0327 8 25 ENDBIB 23 0 O0327 8 26 NOCOMMON 0 0 O0327 8 27 DATA 5 1 O0327 8 28 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 8 29 MB MB NO-DIM MB MB O0327 8 30 1.73 0.19 2. 11. 0.5 O0327 8 31 ENDDATA 3 0 O0327 8 32 ENDSUBENT 31 0 O0327 899999 SUBENT O0327009 20230423 O096O0327 9 1 BIB 10 27 O0327 9 2 REACTION (82-PB-0(P,X)48-CD-115-G,CUM,SIG) O0327 9 3 DECAY-DATA (48-CD-115-G,53.5HR,DG,492.,0.09, O0327 9 4 DG,527.,0.27) O0327 9 5 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 9 6 0.5 mm thick with catcher foils of 30 um aluminium, O0327 9 7 monitor foils of 10 um Al and guard foils of 30 um O0327 9 8 aluminium on both sides. O0327 9 9 METHOD (STTA) O0327 9 10 (CHSEP) Cd was separated using a procedure-several O0327 9 11 precipitations of CdS at pH approx.1.5 and scavengers O0327 9 12 with PdS and Sb(2)S(3) from 2N HCl are performed. The O0327 9 13 solution of Cd is placed on a Dowex 2 anion exchange O0327 9 14 column which is then washed through with 0.1N HCl O0327 9 15 without eluting Cd. Cd is then eluted with 1.5m O0327 9 16 H(2)SO(4). The final sample is CdS. O0327 9 17 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 9 18 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 9 19 MISC-COL (MISC) Number of determinations. O0327 9 20 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 9 21 on errors in gamma-peak area analysis, counting O0327 9 22 efficiencies and counting statistics, chemical yield O0327 9 23 measurements monitor cross section, and spread among O0327 9 24 the parallel determinations. Errors in the half-lives O0327 9 25 and absolute gamma-ray intensities are not included. O0327 9 26 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 9 27 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 9 28 BIB updated. ERR-T -> DATA-ERR. O0327 9 29 ENDBIB 27 0 O0327 9 30 NOCOMMON 0 0 O0327 9 31 DATA 5 1 O0327 9 32 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 9 33 MB MB NO-DIM MB MB O0327 9 34 0.24 0.02 2. 11. 0.5 O0327 9 35 ENDDATA 3 0 O0327 9 36 ENDSUBENT 35 0 O0327 999999 SUBENT O0327010 20230423 O096O0327 10 1 BIB 11 30 O0327 10 2 REACTION (82-PB-0(P,X)48-CD-115-M,CUM,SIG) O0327 10 3 COMMENT - by compiler - authors have beleived that Cd-115-m O0327 10 4 production is independent. But Cd-115-m could be O0327 10 5 produced due to ground state Ag-115 decay. O0327 10 6 DECAY-DATA (48-CD-115-M,44.1D,DG,935.,0.019, O0327 10 7 DG,1290.,0.009) O0327 10 8 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 10 9 0.5 mm thick with catcher foils of 30 um aluminium, O0327 10 10 monitor foils of 10 um Al and guard foils of 30 um O0327 10 11 aluminium on both sides. O0327 10 12 METHOD (STTA) O0327 10 13 (CHSEP) Cd was separated using a procedure-several O0327 10 14 precipitations of cds at ph approx.1.5 and scavengers O0327 10 15 with PdS and Sb(2)S(3) from 2N HCl are performed. The O0327 10 16 solution of Cd is placed on a Dowex 2 anion exchange O0327 10 17 column which is then washed through with 0.1N HCl O0327 10 18 without eluting Cd. Cd is then eluted with 1.5m O0327 10 19 H(2)SO(4). The final sample is CdS. O0327 10 20 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 10 21 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 10 22 MISC-COL (MISC) Number of determinations. O0327 10 23 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 10 24 on errors in gamma-peak area analysis, counting O0327 10 25 efficiencies and counting statistics, chemical yield O0327 10 26 measurements monitor cross section, and spread among O0327 10 27 the parallel determinations. Errors in the half-lives O0327 10 28 and absolute gamma-ray intensities are not included. O0327 10 29 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 10 30 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 10 31 BIB updated. ERR-T -> DATA-ERR. O0327 10 32 ENDBIB 30 0 O0327 10 33 NOCOMMON 0 0 O0327 10 34 DATA 5 1 O0327 10 35 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 10 36 MB MB NO-DIM MB MB O0327 10 37 0.41 0.09 2. 11. 0.5 O0327 10 38 ENDDATA 3 0 O0327 10 39 ENDSUBENT 38 0 O0327 1099999 SUBENT O0327011 20230423 O096O0327 11 1 BIB 10 22 O0327 11 2 REACTION (82-PB-0(P,X)55-CS-127,CUM,SIG) O0327 11 3 DECAY-DATA (55-CS-127,6.2HR,DG,125.,0.18) O0327 11 4 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 11 5 0.5 mm thick with catcher foils of 30 um aluminium, O0327 11 6 monitor foils of 10 um Al and guard foils of 30 um O0327 11 7 aluminium on both sides. O0327 11 8 METHOD (STTA,CHSEP) Cs was separated from the target solution O0327 11 9 by a perchlorate precipitation and further purified by O0327 11 10 a series of hydroxide-,sulfide- and carbonate- O0327 11 11 scavenging to remove contamination. O0327 11 12 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 11 13 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 11 14 MISC-COL (MISC) Number of determinations. O0327 11 15 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 11 16 on errors in gamma-peak area analysis, counting O0327 11 17 efficiencies and counting statistics, chemical yield O0327 11 18 measurements monitor cross section, and spread among O0327 11 19 the parallel determinations. Errors in the half-lives O0327 11 20 and absolute gamma-ray intensities are not included. O0327 11 21 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 11 22 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 11 23 BIB updated. ERR-T -> DATA-ERR. O0327 11 24 ENDBIB 22 0 O0327 11 25 NOCOMMON 0 0 O0327 11 26 DATA 5 1 O0327 11 27 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 11 28 MB MB NO-DIM MB MB O0327 11 29 0.17 0.03 1. 11. 0.5 O0327 11 30 ENDDATA 3 0 O0327 11 31 ENDSUBENT 30 0 O0327 1199999 SUBENT O0327012 20230423 O096O0327 12 1 BIB 10 23 O0327 12 2 REACTION (82-PB-0(P,X)55-CS-129,CUM,SIG) O0327 12 3 DECAY-DATA (55-CS-129,32.3HR,DG,372.,0.41, O0327 12 4 DG,411.,0.30) O0327 12 5 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 12 6 0.5 mm thick with catcher foils of 30 um aluminium, O0327 12 7 monitor foils of 10 um Al and guard foils of 30 um O0327 12 8 aluminium on both sides. O0327 12 9 METHOD (STTA,CHSEP) Cs was separated from the target solution O0327 12 10 by a perchlorate precipitation and further purified by O0327 12 11 a series of hydroxide-,sulfide- and carbonate- O0327 12 12 scavenging to remove contamination. O0327 12 13 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 12 14 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 12 15 MISC-COL (MISC) Number of determinations. O0327 12 16 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 12 17 on errors in gamma-peak area analysis, counting O0327 12 18 efficiencies and counting statistics, chemical yield O0327 12 19 measurements monitor cross section, and spread among O0327 12 20 the parallel determinations. Errors in the half-lives O0327 12 21 and absolute gamma-ray intensities are not included. O0327 12 22 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 12 23 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 12 24 BIB updated. ERR-T -> DATA-ERR. O0327 12 25 ENDBIB 23 0 O0327 12 26 NOCOMMON 0 0 O0327 12 27 DATA 5 1 O0327 12 28 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 12 29 MB MB NO-DIM MB MB O0327 12 30 0.26 0.02 3. 11. 0.5 O0327 12 31 ENDDATA 3 0 O0327 12 32 ENDSUBENT 31 0 O0327 1299999 SUBENT O0327013 20230423 O096O0327 13 1 BIB 10 22 O0327 13 2 REACTION (82-PB-0(P,X)55-CS-132,,SIG) O0327 13 3 DECAY-DATA (55-CS-132,6.58D,DG,668.,0.99) O0327 13 4 SAMPLE The stack consisted of a target foil of Pb 99.999% O0327 13 5 0.5 mm thick with catcher foils of 30 um aluminium, O0327 13 6 monitor foils of 10 um Al and guard foils of 30 um O0327 13 7 aluminium on both sides. O0327 13 8 METHOD (STTA,CHSEP) Cs was separated from the target solution O0327 13 9 by a perchlorate precipitation and further purified by O0327 13 10 a series of hydroxide-,sulfide- and carbonate- O0327 13 11 scavenging to remove contamination. O0327 13 12 MONITOR (13-AL-27(P,X)11-NA-24,CUM,SIG) O0327 13 13 MONIT-REF (B0094002,K.Goebel+,J,NP,24,28,1961) O0327 13 14 MISC-COL (MISC) Number of determinations. O0327 13 15 ERR-ANALYS (DATA-ERR) The errors are standard deviations based O0327 13 16 on errors in gamma-peak area analysis, counting O0327 13 17 efficiencies and counting statistics, chemical yield O0327 13 18 measurements monitor cross section, and spread among O0327 13 19 the parallel determinations. Errors in the half-lives O0327 13 20 and absolute gamma-ray intensities are not included. O0327 13 21 STATUS (TABLE) Tbl.2 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 13 22 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 13 23 BIB updated. ERR-T -> DATA-ERR. O0327 13 24 ENDBIB 22 0 O0327 13 25 NOCOMMON 0 0 O0327 13 26 DATA 5 1 O0327 13 27 DATA DATA-ERR MISC MONIT MONIT-ERR O0327 13 28 MB MB NO-DIM MB MB O0327 13 29 4.62E-02 0.67E-02 3. 11. 0.5 O0327 13 30 ENDDATA 3 0 O0327 13 31 ENDSUBENT 30 0 O0327 1399999 SUBENT O0327014 20230423 O096O0327 14 1 BIB 9 28 O0327 14 2 REACTION ((82-PB-0(P,X)ELEM/MASS,CUM,SIG)/ O0327 14 3 (82-PB-0(P,X)36-KR-85-M,CUM,SIG)) O0327 14 4 DECAY-DATA ((1.)35-BR-76-G,16.HR,AR,511.,1.33, O0327 14 5 DG,560.,0.63) Daughter of Kr-76. O0327 14 6 ((1.)36-KR-76,14.8HR) O0327 14 7 ((2.)36-KR-77,1.2HR,AR,511.,1.60) O0327 14 8 ((3.)36-KR-79-G,34.9HR,AR,511.,0.15, O0327 14 9 DG,606.,0.10) O0327 14 10 ((4.)36-KR-85-M,4.4HR,DG,305.,0.13) O0327 14 11 ((15.)36-KR-87,76.MIN,DG,403.,0.483, O0327 14 12 DG,846.,0.067) O0327 14 13 ((5.)37-RB-88,17.8MIN,DG,898.,0.156) Daughter of Kr-88.O0327 14 14 ((5.)36-KR-88,2.8HR) O0327 14 15 ((6.)37-RB-89,15.MIN,DG,1031.,0.60, O0327 14 16 DG,1246.,0.47) Daughter of Kr-89. O0327 14 17 ((6.)36-KR-89,3.1MIN) O0327 14 18 SAMPLE A target consisted of 343 g molten lead of high purity.O0327 14 19 Energy spread for this target is 62. MeV was calculatedO0327 14 20 by authors. O0327 14 21 CORRECTION The arrival time on the collectors. O0327 14 22 METHOD (SITA) O0327 14 23 MISC-COL (MISC) Number of determinations. O0327 14 24 ERR-ANALYS (DATA-ERR) The errors are due to the gamma-spectrum O0327 14 25 analysis and the spread among the different runs. O0327 14 26 STATUS (TABLE) Tbl.3 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 14 27 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 14 28 REACTION code was changed on reaction ratio. O0327 14 29 BIB updated. ERR-T -> DATA-ERR. O0327 14 30 ENDBIB 28 0 O0327 14 31 NOCOMMON 0 0 O0327 14 32 DATA 7 7 O0327 14 33 ELEMENT MASS ISOMER DATA DATA-ERR MISC O0327 14 34 DECAY-FLAG O0327 14 35 NO-DIM NO-DIM NO-DIM ARB-UNITS ARB-UNITS NO-DIM O0327 14 36 NO-DIM O0327 14 37 36. 76. 1.3E-3 0.5E-3 2.O0327 14 38 1. O0327 14 39 36. 77. 0.09 0.01 3.O0327 14 40 2. O0327 14 41 36. 79. 0. 0.32 0.05 2.O0327 14 42 3. O0327 14 43 36. 85. 1. 1. 0.07 3.O0327 14 44 4. O0327 14 45 36. 87. 1.1 0.12 3.O0327 14 46 15. O0327 14 47 36. 88. 0.43 0.05 3.O0327 14 48 5. O0327 14 49 36. 89. 0.079 0.011 2.O0327 14 50 6. O0327 14 51 ENDDATA 18 0 O0327 14 52 ENDSUBENT 51 0 O0327 1499999 SUBENT O0327015 20230423 O096O0327 15 1 BIB 9 32 O0327 15 2 REACTION ((82-PB-0(P,X)ELEM/MASS,CUM,SIG)/ O0327 15 3 (82-PB-0(P,X)54-XE-121,CUM,SIG)) O0327 15 4 DECAY-DATA ((7.)53-I-119,19.5MIN,AR,511.,1.02) daughter of Xe-119.O0327 15 5 ((7.)54-XE-119,6.MIN) O0327 15 6 ((8.)53-I-120-G,1.35HR,AR,511.,0.92) daughter of Xe-120O0327 15 7 ((8.)54-XE-120,40.MIN) O0327 15 8 ((9.)53-I-121,2.1HR,DG,212.,0.90, O0327 15 9 AR,511.,0.18) daughter of Xe-121O0327 15 10 ((9.)54-XE-121,38.8MIN) O0327 15 11 ((10.)53-I-122,3.5MIN,AR,511.,1.30) daughter of Xe-122O0327 15 12 ((10.)54-XE-122,20.1HR) O0327 15 13 ((11.)53-I-123,13.3HR,DG,159.,0.83) daughter of Xe-123O0327 15 14 ((11.)54-XE-123,2.1HR,DG,149.,0.47, O0327 15 15 DG,178.,0.15) O0327 15 16 ((12.)54-XE-125-G,16.8HR,DG,188.,0.56, O0327 15 17 DG,242.,0.29) O0327 15 18 ((13.)54-XE-127-G,36.4D,DG,172.,0.22, O0327 15 19 DG,203.,0.65) O0327 15 20 ((14.)54-XE-135-M,15.6MIN,DG,527.,0.80) O0327 15 21 ((14.)54-XE-135-G,9.15HR,DG,250.,0.91) O0327 15 22 SAMPLE A target consisted of 343 g molten lead of high purity.O0327 15 23 Energy spread for this target is 62. MeV was calculatedO0327 15 24 by authors. O0327 15 25 CORRECTION The arrival time on the collectors. O0327 15 26 METHOD (SITA) O0327 15 27 MISC-COL (MISC) Number of determinations. O0327 15 28 ERR-ANALYS (DATA-ERR) The errors are due to the gamma-spectrum O0327 15 29 analysis and the spread among the different runs. O0327 15 30 STATUS (TABLE) Tbl.3 from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 15 31 HISTORY (20230423A) SD: SF9=EXP deleted from REACTION code. O0327 15 32 REACTION code was changed on reaction ratio. O0327 15 33 BIB updated. ERR-T -> DATA-ERR. O0327 15 34 ENDBIB 32 0 O0327 15 35 NOCOMMON 0 0 O0327 15 36 DATA 7 8 O0327 15 37 ELEMENT MASS ISOMER DATA DATA-ERR MISC O0327 15 38 DECAY-FLAG O0327 15 39 NO-DIM NO-DIM NO-DIM ARB-UNITS ARB-UNITS NO-DIM O0327 15 40 NO-DIM O0327 15 41 54. 119. 0.04 0.009 1.O0327 15 42 7. O0327 15 43 54. 120. 0.24 0.03 2.O0327 15 44 8. O0327 15 45 54. 121. 1. 0.1 2.O0327 15 46 9. O0327 15 47 54. 122. 1.77 0.25 2.O0327 15 48 10. O0327 15 49 54. 123. 3.8 0.5 2.O0327 15 50 11. O0327 15 51 54. 125. 0. 6.7 0.9 2.O0327 15 52 12. O0327 15 53 54. 127. 0. 8.8 1.8 2.O0327 15 54 13. O0327 15 55 54. 135. 0. 0.023 0.005 1.O0327 15 56 14. O0327 15 57 ENDDATA 20 0 O0327 15 58 ENDSUBENT 57 0 O0327 1599999 SUBENT O0327016 20230423 O096O0327 16 1 BIB 6 7 O0327 16 2 REACTION (82-PB-0(P,F),,SIG,,,DERIV) O0327 16 3 REL-REF (A,,R.Brandt+,R,CERN-71-2,1971) O0327 16 4 ANALYSIS Integration of mass yield curve O0327 16 5 ERR-ANALYS (DATA-ERR) Any analysis is absent. O0327 16 6 STATUS (TABLE) Abstract from J.Inorg.Nucl.Chem.,37(1975)1569 O0327 16 7 HISTORY (20230423A) SD: SF5=BIN deleted; SF9=EXP -> DERIV in O0327 16 8 REACTION code. O0327 16 9 ENDBIB 7 0 O0327 16 10 NOCOMMON 0 0 O0327 16 11 DATA 2 1 O0327 16 12 DATA DATA-ERR O0327 16 13 MB MB O0327 16 14 149. 6. O0327 16 15 ENDDATA 3 0 O0327 16 16 ENDSUBENT 15 0 O0327 1699999 ENDENTRY 16 0 O032799999999