ENTRY A0246 20240812 A116A024600000001 SUBENT A0246001 20240812 A116A024600100001 BIB 9 18 A024600100002 TITLE Excitation functions of bismuth and lead A024600100003 AUTHOR (W.J.Ramler,J.Wing,D.J.Henderson,J.R.Huizenga) A024600100004 INSTITUTE (1USAANL) A024600100005 FACILITY (CYCLO,1USAANL) 60-Inch cyclotron A024600100006 REFERENCE (J,PR,114,154,1959) A024600100007 METHOD (STTA,ACTIV,EXTB,BCINT) A024600100008 REL-REF (M,,C.G.Andre+,J,PR,101,645,1956) The details of A024600100009 experiment. A024600100010 ERR-ANALYS (DATA-ERR) An accuracy of the charge input. No any A024600100011 other information about the uncertainties of the A024600100012 cross sections. A024600100013 HISTORY (19850404C) A024600100014 (20160124A) SD:Updated to new date formats, lower case.A024600100015 DECAY-DATA corrected in Subent 003. RAD-DET deleted A024600100016 from Subents (information presented in DECAY-DATA). A024600100017 (20210123A) SD: Corrections in all Subents. A024600100018 (20240812A) SD: Several Subents were split according A024600100019 to EXFOR rules. A024600100020 ENDBIB 18 0 A024600100021 COMMON 1 3 A024600100022 DATA-ERR A024600100023 PER-CENT A024600100024 1. A024600100025 ENDCOMMON 3 0 A024600100026 ENDSUBENT 25 0 A024600199999 SUBENT A0246002 20240812 A116A024600200001 BIB 8 30 A024600200002 REACTION (83-BI-209(A,2N)85-AT-211,,SIG) A024600200003 DECAY-DATA (85-AT-211,7.2HR,A,5860.,0.41, A024600200004 EC,,0.59) A024600200005 - hl=7.23+-0.2 hr measured in this exp. A024600200006 (84-PO-211-G,0.52SEC,A,7440.) A024600200007 COMMENT /By author/ After the At-209, At-210, At-211 had A024600200008 decayed for two weeks, the samples were recounted for A024600200009 their Po-210 activity. (alpha,3n) and (alpha,t) cross A024600200010 sections were calculated with the assumption that all A024600200011 of Po-210 was formed or by the electron capture of A024600200012 At-210 at energies higher than 30 MeV or by (alpha,t) A024600200013 reaction at energies lower than 30 MeV. A024600200014 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600200015 0.0005-inch thickness. The amount of bismuth on each A024600200016 target varied from 50 to 100 ug/cm**2. Blank A024600200017 aluminum foils of known weight were inserted between A024600200018 the samples to give the desired amount of reduction A024600200019 in the energy beam. A024600200020 DETECTOR (IOCH) A024600200021 ANALYSIS (DECAY) Several alpha-counts of each sample over a A024600200022 17-day period. A024600200023 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. I A024600200024 HISTORY (20160124A) SD: SF5=IND deleted from REACTION (2-4)codeA024600200025 SF3=T -> X in REACTION (T) code. ANALYSIS (AREA) A024600200026 deleted (not relevant). A024600200027 (20210123A) SD: SF5=IND deleted from REACTION code (T).A024600200028 Po-211 energy multiplied by 1000 in DECAY-DATA. A024600200029 STATUS updated. A024600200030 (20240812A) SD: Subent was split in four (see A024600200031 Subents 005-007). A024600200032 ENDBIB 30 0 A024600200033 NOCOMMON 0 0 A024600200034 DATA 2 22 A024600200035 EN DATA A024600200036 MEV MB A024600200037 20.6 1.4 A024600200038 21.8 42. A024600200039 22.6 113. A024600200040 23.6 205. A024600200041 24.0 291. A024600200042 24.7 406. A024600200043 25.5 521. A024600200044 26.1 576. A024600200045 27.4 701. A024600200046 28.6 811. A024600200047 29.3 837. A024600200048 29.8 870. A024600200049 30.4 905. A024600200050 31.0 908. A024600200051 33.0 713. A024600200052 34.2 499. A024600200053 35.7 344. A024600200054 37.3 226. A024600200055 38.6 165. A024600200056 40.1 134. A024600200057 41.0 110. A024600200058 43.3 92. A024600200059 ENDDATA 24 0 A024600200060 ENDSUBENT 59 0 A024600299999 SUBENT A0246003 20240812 A116A024600300001 BIB 8 20 A024600300002 REACTION (83-BI-209(D,P)83-BI-210-G,,SIG) A024600300003 DECAY-DATA (84-PO-210,138.4D,A,5300.,1.) A024600300004 (83-BI-210-G,5.D,B-,,1.) A024600300005 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600300006 O.0005-Inch thickness. The amount of bismuth on each A024600300007 target varied from 50 to 100 ug/cm**2. Blank A024600300008 aluminum foils of known weight were inserted between A024600300009 the samples to give the desired amount of reduction A024600300010 in energy beam. A024600300011 DETECTOR (IOCH) A024600300012 ANALYSIS (DECAY) Several alpha counts of each sample over a A024600300013 17-day period. A024600300014 COMMENT The experiment was made in 1957. A024600300015 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. II A024600300016 HISTORY (20160124A) SD: Bi-210m -> Bi-210g in REACTION code andA024600300017 DECAY-DATA. ANALYSIS (AREA) deleted (not relevant). A024600300018 (20210123A) SD: SF5=IND deleted from all REACTION codesA024600300019 STATUS updated. A024600300020 (20240812A) SD: Subent was split in four (see A024600300021 Subents 008-010). A024600300022 ENDBIB 20 0 A024600300023 NOCOMMON 0 0 A024600300024 DATA 2 25 A024600300025 EN DATA A024600300026 MEV MB A024600300027 6.3 2.2 A024600300028 7.3 8.7 A024600300029 8.2 24. A024600300030 9.2 46. A024600300031 10.1 78. A024600300032 11.1 102. A024600300033 12.1 104. A024600300034 12.6 106. A024600300035 12.9 112. A024600300036 13.2 110. A024600300037 13.5 106. A024600300038 14.0 105. A024600300039 14.5 100. A024600300040 15.0 100. A024600300041 15.4 98. A024600300042 16.4 87. A024600300043 17.4 80. A024600300044 18.4 62. A024600300045 18.9 60. A024600300046 19.4 56. A024600300047 19.8 56. A024600300048 20.3 57. A024600300049 20.9 53. A024600300050 21.4 54. A024600300051 21.5 48. A024600300052 ENDDATA 27 0 A024600300053 ENDSUBENT 52 0 A024600399999 SUBENT A0246004 20240812 A116A024600400001 BIB 9 22 A024600400002 REACTION (82-PB-208(D,P)82-PB-209,,SIG) A024600400003 DETECTOR (PROPC) Gas-flow counter. A024600400004 (D4PI) For the 4-pi counting, the lead foils were A024600400005 dissolved and a small measured aliquot was mounted on A024600400006 a very thin film. A024600400007 ANALYSIS (DECAY) A024600400008 DECAY-DATA (82-PB-209,,B-) A024600400009 COMMENT /By authors/ Counting measurements continued for a A024600400010 period of time equal to several half-lives of Pb-209. A024600400011 Impurities in the lead gave rise to short-lived A024600400012 activities, e.g., 17 min. Sb-120, but in above A024600400013 counting interval it was easy to resolve the high A024600400014 intensity of Pb-209 component from the decay curve. A024600400015 /By compiler/ Any information about the target A024600400016 enrichment is absent. A024600400017 SAMPLE The lead samples were lead foils of about 11.E-3 g/cm2 A024600400018 thickness. A024600400019 FLAG (1.) The data from 4-pi counting experiment. A024600400020 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. III A024600400021 HISTORY (20210123A) SD: SF5=IND deleted from REACTION code. A024600400022 STATUS updated. A024600400023 (20240812U) SD: STATUS updated. A024600400024 ENDBIB 22 0 A024600400025 NOCOMMON 0 0 A024600400026 DATA 3 29 A024600400027 EN DATA FLAG A024600400028 MEV MB NO-DIM A024600400029 5.2 0.7 1. A024600400030 5.6 1. A024600400031 6.5 6. 1. A024600400032 6.8 8. A024600400033 7.8 24. 1. A024600400034 8.1 32. A024600400035 8.9 65. 1. A024600400036 9.2 81. A024600400037 10.2 140. 1. A024600400038 10.2 130. A024600400039 11.2 170. A024600400040 11.6 188. 1. A024600400041 12.1 202. A024600400042 13.0 218. A024600400043 13.7 200. 1. A024600400044 14.0 214. A024600400045 14.7 200. A024600400046 15.4 196. A024600400047 16.2 183. A024600400048 16.6 149. 1. A024600400049 17.0 177. A024600400050 17.8 158. A024600400051 18.4 161. A024600400052 19.0 149. A024600400053 19.7 142. A024600400054 20.5 133. 1. A024600400055 20.6 137. A024600400056 20.8 131. 1. A024600400057 21.1 130. A024600400058 ENDDATA 31 0 A024600400059 ENDSUBENT 58 0 A024600499999 SUBENT A0246005 20240812 A116A024600500001 BIB 8 24 A024600500002 REACTION (83-BI-209(A,3N)85-AT-210,,SIG) A024600500003 DECAY-DATA (85-AT-210,8.3HR,A,5520.,0.00054, A024600500004 A,5440.,0.00053, A024600500005 A,5360.,0.00063, A024600500006 EC,,0.998) A024600500007 (84-PO-210,138.4D,A,5300.,1.) A024600500008 COMMENT /By author/ After the At-209, At-210, At-211 had A024600500009 decayed for two weeks, the samples were recounted for A024600500010 their Po-210 activity. (alpha,3n) and (alpha,t) cross A024600500011 sections were calculated with the assumption that all A024600500012 of Po-210 was formed or by the electron capture of A024600500013 At-210 at energies higher than 30 MeV or by (alpha,t) A024600500014 reaction at energies lower than 30 MeV. A024600500015 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600500016 0.0005-inch thickness. The amount of bismuth on each A024600500017 target varied from 50 to 100 ug/cm2. Blank aluminum A024600500018 foils of known weight were inserted between the samplesA024600500019 to give the desired amount of reduction in the energy A024600500020 beam. A024600500021 DETECTOR (IOCH) A024600500022 ANALYSIS (DECAY) Several alpha-counts of each sample over a A024600500023 17-day period. A024600500024 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. I A024600500025 HISTORY (20240812T) SD: Part of Subent 002. A024600500026 ENDBIB 24 0 A024600500027 NOCOMMON 0 0 A024600500028 DATA 2 11 A024600500029 EN DATA A024600500030 MEV MB A024600500031 29.8 11. A024600500032 30.4 36. A024600500033 31.0 81. A024600500034 33.0 396. A024600500035 34.2 715. A024600500036 35.7 914. A024600500037 37.3 1116. A024600500038 38.6 1179. A024600500039 40.1 1168. A024600500040 41.0 1172. A024600500041 43.3 977. A024600500042 ENDDATA 13 0 A024600500043 ENDSUBENT 42 0 A024600599999 SUBENT A0246006 20240812 A116A024600600001 BIB 8 20 A024600600002 REACTION (83-BI-209(A,4N)85-AT-209,,SIG) A024600600003 DECAY-DATA (85-AT-209,5.5HR,A,5650.,0.05) A024600600004 COMMENT /By author/ After the At-209, At-210, At-211 had A024600600005 decayed for two weeks, the samples were recounted for A024600600006 their Po-210 activity. (alpha,3n) and (alpha,t) cross A024600600007 sections were calculated with the assumption that all A024600600008 of Po-210 was formed or by the electron capture of A024600600009 At-210 at energies higher than 30 MeV or by (alpha,t) A024600600010 reaction at energies lower than 30 MeV. A024600600011 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600600012 0.0005-inch thickness. The amount of bismuth on each A024600600013 target varied from 50 to 100 ug/cm2. Blank aluminum A024600600014 foils of known weight were inserted between the samplesA024600600015 to give the desired amount of reduction in the energy A024600600016 beam. A024600600017 DETECTOR (IOCH) A024600600018 ANALYSIS (DECAY) Several alpha-counts of each sample over a A024600600019 17-day period. A024600600020 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. I A024600600021 HISTORY (20240812T) SD: Part of Subent 002. A024600600022 ENDBIB 20 0 A024600600023 NOCOMMON 0 0 A024600600024 DATA 2 2 A024600600025 EN DATA A024600600026 MEV MB A024600600027 41.0 151. A024600600028 43.3 391. A024600600029 ENDDATA 4 0 A024600600030 ENDSUBENT 29 0 A024600699999 SUBENT A0246007 20240812 A116A024600700001 BIB 8 20 A024600700002 REACTION (83-BI-209(A,X)84-PO-210,,SIG) A024600700003 DECAY-DATA (84-PO-210,138.4D,A,5300.,1.) A024600700004 COMMENT /By author/ After the At-209, At-210, At-211 had A024600700005 decayed for two weeks, the samples were recounted for A024600700006 their Po-210 activity. (alpha,3n) and (alpha,t) cross A024600700007 sections were calculated with the assumption that all A024600700008 of Po-210 was formed or by the electron capture of A024600700009 At-210 at energies higher than 30 MeV or by (alpha,t) A024600700010 reaction at energies lower than 30 MeV. A024600700011 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600700012 0.0005-inch thickness. The amount of bismuth on each A024600700013 target varied from 50 to 100 ug/cm2. Blank aluminum A024600700014 foils of known weight were inserted between the samplesA024600700015 to give the desired amount of reduction in the energy A024600700016 beam. A024600700017 DETECTOR (IOCH) A024600700018 ANALYSIS (DECAY) Several alpha-counts of each sample over a A024600700019 17-day period. A024600700020 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. I A024600700021 HISTORY (20240812T) SD: Part of Subent 002. A024600700022 ENDBIB 20 0 A024600700023 NOCOMMON 0 0 A024600700024 DATA 2 11 A024600700025 EN DATA A024600700026 MEV MB A024600700027 20.6 0.05 A024600700028 21.8 0.09 A024600700029 22.6 0.10 A024600700030 23.6 0.07 A024600700031 24.0 0.11 A024600700032 24.7 0.13 A024600700033 25.5 0.30 A024600700034 26.1 0.47 A024600700035 27.4 1.5 A024600700036 28.6 2.9 A024600700037 29.3 4.6 A024600700038 ENDDATA 13 0 A024600700039 ENDSUBENT 38 0 A024600799999 SUBENT A0246008 20240812 A116A024600800001 BIB 8 14 A024600800002 REACTION (83-BI-209(D,N)84-PO-210,,SIG) A024600800003 DECAY-DATA (84-PO-210,138.4D,A,5300.,1.) A024600800004 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600800005 O.0005-Inch thickness. The amount of bismuth on each A024600800006 target varied from 50 to 100 ug/cm2. Blank aluminum A024600800007 foils of known weight were inserted between the samplesA024600800008 to give the desired amount of reduction in the energy A024600800009 beam. A024600800010 DETECTOR (IOCH) A024600800011 ANALYSIS (DECAY) Several alpha counts of each sample over a A024600800012 17-day period. A024600800013 COMMENT The experiment was made in 1957. A024600800014 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. II A024600800015 HISTORY (20240812T) SD: Part of Subent 003. A024600800016 ENDBIB 14 0 A024600800017 NOCOMMON 0 0 A024600800018 DATA 2 25 A024600800019 EN DATA A024600800020 MEV MB A024600800021 6.3 0.26 A024600800022 7.3 1.8 A024600800023 8.2 5.3 A024600800024 9.2 11. A024600800025 10.1 19. A024600800026 11.1 23. A024600800027 12.1 30. A024600800028 12.6 32. A024600800029 12.9 29. A024600800030 13.2 29. A024600800031 13.5 29. A024600800032 14.0 31. A024600800033 14.5 29. A024600800034 15.0 31. A024600800035 15.4 31. A024600800036 16.4 29. A024600800037 17.4 29. A024600800038 18.4 34. A024600800039 18.9 31. A024600800040 19.4 34. A024600800041 19.8 34. A024600800042 20.3 31. A024600800043 20.9 32. A024600800044 21.4 27. A024600800045 21.5 31. A024600800046 ENDDATA 27 0 A024600800047 ENDSUBENT 46 0 A024600899999 SUBENT A0246009 20240812 A116A024600900001 BIB 8 15 A024600900002 REACTION (83-BI-209(D,2N)84-PO-209,,SIG) A024600900003 DECAY-DATA (84-PO-209,103.YR,A,4880.,1.) A024600900004 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024600900005 O.0005-Inch thickness. The amount of bismuth on each A024600900006 target varied from 50 to 100 ug/cm2. Blank aluminum A024600900007 foils of known weight were inserted between the samplesA024600900008 to give the desired amount of reduction in the energy A024600900009 beam. A024600900010 DETECTOR (IOCH) A024600900011 ANALYSIS (DECAY) Several alpha counts of each sample over a A024600900012 17-day period. A024600900013 FLAG (1.) The experiment was made in 1954. A024600900014 (2.) The experiment was made in 1957. A024600900015 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. II A024600900016 HISTORY (20240812T) SD: Part of Subent 003. A024600900017 ENDBIB 15 0 A024600900018 NOCOMMON 0 0 A024600900019 DATA 3 27 A024600900020 EN DATA FLAG A024600900021 MEV MB NO-DIM A024600900022 7.7 9.1 1. A024600900023 8.8 45. 1. A024600900024 9.9 116. 1. A024600900025 10.1 140. 2. A024600900026 10.9 224. 1. A024600900027 11.8 315. 1. A024600900028 12.1 322. 2. A024600900029 12.6 430. 2. A024600900030 12.9 434. 2. A024600900031 13.2 499. 2. A024600900032 13.6 500. 1. A024600900033 14.0 577. 2. A024600900034 14.6 545. 1. A024600900035 15.4 540. 1. A024600900036 16.4 529. 1. A024600900037 17.2 379. 1. A024600900038 18.1 297. 1. A024600900039 19.0 271. 1. A024600900040 19.3 209. 1. A024600900041 19.6 250. 1. A024600900042 20. 165. 1. A024600900043 20.2 156. 1. A024600900044 20.5 171. 1. A024600900045 20.7 148. 1. A024600900046 21.0 133. 1. A024600900047 21.2 124. 1. A024600900048 21.4 70. 1. A024600900049 ENDDATA 29 0 A024600900050 ENDSUBENT 49 0 A024600999999 SUBENT A0246010 20240812 A116A024601000001 BIB 8 15 A024601000002 REACTION (83-BI-209(D,3N)84-PO-208,,SIG) A024601000003 DECAY-DATA (84-PO-208,2.93YR,A,5110.,1.) A024601000004 SAMPLE Bismuth metal was evaporated onto aluminum disks of A024601000005 O.0005-Inch thickness. The amount of bismuth on each A024601000006 target varied from 50 to 100 ug/cm2. Blank aluminum A024601000007 foils of known weight were inserted between the samplesA024601000008 to give the desired amount of reduction in the energy A024601000009 beam. A024601000010 DETECTOR (IOCH) A024601000011 ANALYSIS (DECAY) Several alpha counts of each sample over a A024601000012 17-day period. A024601000013 FLAG (1.) The experiment was made in 1954. A024601000014 (2.) The experiment was made in 1957. A024601000015 STATUS (TABLE,,W.J.Ramler+,J,PR,114,154,1959) Tbl. II A024601000016 HISTORY (20240812T) SD: Part of Subent 003. A024601000017 ENDBIB 15 0 A024601000018 NOCOMMON 0 0 A024601000019 DATA 3 35 A024601000020 EN DATA FLAG A024601000021 MEV MB NO-DIM A024601000022 11.8 0.11 1. A024601000023 12.6 1.7 2. A024601000024 12.9 2.1 2. A024601000025 13.2 4.1 2. A024601000026 13.5 5.5 2. A024601000027 13.6 10. 1. A024601000028 14.0 11. 2. A024601000029 14.5 39. 2. A024601000030 14.6 49. 1. A024601000031 15.0 64. 2. A024601000032 15.4 116. 2. A024601000033 15.4 138. 1. A024601000034 16.4 266. 2. A024601000035 16.4 291. 1. A024601000036 17.2 463. 1. A024601000037 17.4 466. 2. A024601000038 18.1 610. 1. A024601000039 18.4 647. 2. A024601000040 18.9 710. 2. A024601000041 19.0 756. 1. A024601000042 19.3 780. 1. A024601000043 19.4 797. 2. A024601000044 19.6 823. 1. A024601000045 19.8 870. 2. A024601000046 20. 846. 1. A024601000047 20.2 880. 1. A024601000048 20.3 928. 2. A024601000049 20.5 872. 1. A024601000050 20.7 925. 1. A024601000051 20.9 974. 2. A024601000052 21.0 939. 1. A024601000053 21.2 1001. 1. A024601000054 21.4 1097. 2. A024601000055 21.4 986. 1. A024601000056 21.5 1050. 2. A024601000057 ENDDATA 37 0 A024601000058 ENDSUBENT 57 0 A024601099999 ENDENTRY 10 0 A024699999999