ENTRY D4061 20220506 D137D406100000001 SUBENT D4061001 20220506 D137D406100100001 BIB 9 40 D406100100002 TITLE Reaction mechanisms and shell structure effects in D406100100003 54Fe + 6Li and 58Ni+d reactions at medium energies D406100100004 AUTHOR (C.K.Cline) D406100100005 INSTITUTE (1USAROC) D406100100006 REFERENCE (J,NP/A,174,73,1971) D406100100007 DETECTOR (PROPC,NAICR,GELI) D406100100008 METHOD (ACTIV,STTA,GSPEC,EDEG,CHSEP) The catcher foils were D406100100009 Al (99.5% pure, ~2 mg/cm2 thick) in the first two low D406100100010 energy irradiations. D406100100011 To eliminate the interference from the iron in the Al D406100100012 foils (99.98% pure, 2.93 - 3.61 mg/cm2 thick) were usedD406100100013 at higher bombarding energies. D406100100014 Al foils were used for energy degradation. The D406100100015 integrated charge was about 2 micri-ampere-hour. The D406100100016 longest irradiation time was 16.0 Hours. The particle D406100100017 energy in each foil was calculated according to D406100100018 C.F. Williamson et al., Rapport CEA-R-3042D4061 (1966).D406100100019 ERR-ANALYS The uncertainty of the energy scale contains the D406100100020 uncertainty of the initial beam energy and the D406100100021 uncertainty resulted by the degradation process, which D406100100022 may Be as large as 2 MeV or 4 MeV for the last foils D406100100023 in the deuteron and lithium ion runs, respectively. D406100100024 the errors reflect the uncertainties, but are not givenD406100100025 (ERR-1,3.,5.) - target thickness 3-5% D406100100026 (ERR-2) backing thickness 3% D406100100027 -detector efficiency Ge(Li) 8-10% D406100100028 NaI(Tl) 5% D406100100029 proportional counters 3% D406100100030 (ERR-3,2.,5.) detector geometry 2-5% D406100100031 (ERR-4) chemical yields 5% D406100100032 STATUS (TABLE) Table 5-6 of Nucl.Phys.A,174(1971)73 D406100100033 HISTORY (19961125C) D406100100034 (19961129U) D406100100035 (19970717U) HW.- Correction in bib section of sub. 002 D406100100036 (20060730A) BIB section upgraded D406100100037 (20210927A) VS. SF3=X in 002.1, 002.2, 003.2, 006.1 andD406100100038 006.2. -G added in SF4 in 005.2, (M) deleted in 006.2. D406100100039 SAMPLE moved from 001 to subentries. ERR-ANALYS: codes D406100100040 added D406100100041 (20220506A) VT. Revision in 005.2 D406100100042 ENDBIB 40 0 D406100100043 COMMON 2 3 D406100100044 ERR-2 ERR-4 D406100100045 PER-CENT PER-CENT D406100100046 3. 5. D406100100047 ENDCOMMON 3 0 D406100100048 ENDSUBENT 47 0 D406100199999 SUBENT D4061002 20210929 D132D406100200001 BIB 6 19 D406100200002 REACTION 1(28-NI-58(D,X)28-NI-57,,SIG) D406100200003 2(28-NI-58(D,X)28-NI-56,,SIG) D406100200004 DECAY-DATA1(28-NI-57,36.HR,B+,350.,0.007, D406100200005 B+,720.,0.06, D406100200006 B+,850.,0.4, D406100200007 DG,1370.,0.86) D406100200008 2(28-NI-56,6.1D,DG,163.,0.99) D406100200009 FACILITY (ISOCY,1USAORL) D406100200010 SAMPLE Targets were made of natural Ni foils ranging in D406100200011 thickness from 2.3 To 2.42 mg/cm2 and with a purity of D406100200012 99.4%. The error of the thickness was about 3%. D406100200013 (28-NI-58,ENR=0.9989) enriched Ni-58 (99.89%) was D406100200014 electroplated onto gold (8.73 - 9.64 mg/cm2, +-3%) D406100200015 backing. The thicknesses of Ni-58 targets were D406100200016 4.22 - 6.74 mg/cm2, +-5%. D406100200017 FLAG 1(1.) average of two or more data points D406100200018 HISTORY (19970717U) hw. - Pointer added to flag. D406100200019 (20210927A) VS. SF3=X in 002.1 and 002.2 D406100200020 c.f. Memo CP-D/0999. SAMPLE moved from 001. D406100200021 ENDBIB 19 0 D406100200022 NOCOMMON 0 0 D406100200023 DATA 4 34 D406100200024 EN DATA 1FLAG 1DATA 2 D406100200025 MEV MB NO-DIM MB D406100200026 4.1 0.032 D406100200027 7.1 0.043 D406100200028 9.4 0.20 1. D406100200029 11.8 1.3 D406100200030 12.1 1.1 D406100200031 13.8 3.0 D406100200032 14.0 2.8 D406100200033 14.8 2.3 D406100200034 15.9 4.6 D406100200035 16.0 4.0 D406100200036 17.8 5.8 D406100200037 17.9 6.0 D406100200038 19.6 11.65 1. D406100200039 20.7 12. D406100200040 21.2 12.4 1. D406100200041 23.2 23. D406100200042 24.8 32. D406100200043 25.5 35. D406100200044 27.5 50. D406100200045 27.6 50. D406100200046 29.0 60. D406100200047 29.7 61. 0.18 D406100200048 30.7 74. 0.18 D406100200049 32.3 78. 0.38 D406100200050 32.4 57. 0.49 D406100200051 34.0 85. 0.56 D406100200052 34.9 64. 0.86 D406100200053 35.6 75. 0.64 D406100200054 36.5 90. 1.2 D406100200055 37.2 78. 1.0 D406100200056 38.8 72. 1.1 D406100200057 38.9 77. 1.4 D406100200058 40.3 80. 1.6 D406100200059 40.5 95. 2.0 D406100200060 ENDDATA 36 0 D406100200061 ENDSUBENT 60 0 D406100299999 SUBENT D4061003 20210929 D132D406100300001 BIB 6 15 D406100300002 REACTION 1(28-NI-58(D,2P)27-CO-58,,SIG) D406100300003 2(28-NI-58(D,X)27-CO-57,,SIG) D406100300004 DECAY-DATA1(27-CO-58-G,71.3D,DG,810.,0.99) D406100300005 2(27-CO-57,270.D,DG,122.,0.89) D406100300006 FACILITY (ISOCY,1USAORL) D406100300007 SAMPLE Targets were made of natural Ni foils ranging in D406100300008 thickness from 2.3 To 2.42 mg/cm2 and with a purity of D406100300009 99.4%. The error of the thickness was about 3%. D406100300010 (28-NI-58,ENR=0.9989) enriched Ni-58 (99.89%) was D406100300011 electroplated onto gold (8.73 - 9.64 mg/cm2, +-3%) D406100300012 backing. The thicknesses of Ni-58 targets were D406100300013 4.22 - 6.74 mg/cm2, +-5%. D406100300014 FLAG (1.) average of two or more data points D406100300015 HISTORY (20210927A) VS. SF3=X in 003.2 c.f. Memo CP-D/0999. D406100300016 SAMPLE moved from 001. D406100300017 ENDBIB 15 0 D406100300018 NOCOMMON 0 0 D406100300019 DATA 5 37 D406100300020 EN DATA 1FLAG 1DATA 2FLAG 2 D406100300021 MEV MB NO-DIM MB NO-DIM D406100300022 4.1 7.9 D406100300023 5.2 6.8 1. D406100300024 7.1 33. D406100300025 7.8 38.5 1. D406100300026 9.4 114.5 1. D406100300027 9.9 120.0 D406100300028 11.8 207.0 11.0 D406100300029 12.1 171.5 1. 9.5 1. D406100300030 13.8 274.0 17.0 D406100300031 14.0 221.5 1. 24.5 1. D406100300032 14.8 219.0 6.2 D406100300033 15.9 253.6 26.0 D406100300034 16.0 245.5 1. 40.5 1. D406100300035 17.8 300.0 52.0 D406100300036 17.9 258.0 57.0 D406100300037 19.6 267.7 1. 113.6 1. D406100300038 20.7 311.0 137.0 D406100300039 21.2 250.3 1. 200.0 D406100300040 23.2 246.0 258.0 D406100300041 24.8 212.0 346.0 D406100300042 25.5 217.0 386.0 D406100300043 27.5 182.0 469.0 D406100300044 27.6 180.0 464.0 D406100300045 29.0 154.0 486.0 D406100300046 29.7 149.0 489.0 D406100300047 30.7 145.0 526.0 D406100300048 32.3 127.0 515.0 D406100300049 32.4 96.0 399.0 D406100300050 34.0 118.0 525.0 D406100300051 34.9 85.0 392.0 D406100300052 35.6 92.0 446.0 D406100300053 36.5 109.0 566.0 D406100300054 37.2 92.0 455.0 D406100300055 38.8 77.0 388.0 D406100300056 38.9 86.0 463.0 D406100300057 40.3 82.0 435.0 D406100300058 40.5 100.0 554.0 D406100300059 ENDDATA 39 0 D406100300060 ENDSUBENT 59 0 D406100399999 SUBENT D4061004 20210929 D132D406100400001 BIB 6 16 D406100400002 REACTION 1(28-NI-58(D,X)27-CO-56,,SIG) D406100400003 2(28-NI-58(D,X)27-CO-55,,SIG) D406100400004 DECAY-DATA1(27-CO-56,77.0D,DG,847.,1.00) D406100400005 2(27-CO-55,18.HR,DG,931.,0.73, D406100400006 B+,1513.,0.48, D406100400007 B+,1128./1037.,0.29) D406100400008 FACILITY (ISOCY,1USAORL) D406100400009 FLAG (1.) average of two or more data points D406100400010 SAMPLE Targets were made of natural Ni foils ranging in D406100400011 thickness from 2.3 To 2.42 mg/cm2 and with a purity of D406100400012 99.4%. The error of the thickness was about 3%. D406100400013 (28-NI-58,ENR=0.9989) enriched Ni-58 (99.89%) was D406100400014 electroplated onto gold (8.73 - 9.64 mg/cm2, +-3%) D406100400015 backing. The thicknesses of Ni-58 targets were D406100400016 4.22 - 6.74 mg/cm2, +-5%. D406100400017 HISTORY (20210927A) VS. SAMPLE moved from 001. D406100400018 ENDBIB 16 0 D406100400019 NOCOMMON 0 0 D406100400020 DATA 5 36 D406100400021 EN DATA 1FLAG 1DATA 2FLAG 2 D406100400022 MEV MB NO-DIM MB NO-DIM D406100400023 4.1 12.0 0.021 D406100400024 5.2 17.0 1. 0.069 D406100400025 7.1 30.0 0.084 D406100400026 7.8 38.5 1. 0.082 D406100400027 9.4 44.5 1. 0.15 D406100400028 11.8 40.0 3.3 D406100400029 12.1 41.0 1. 3.5 D406100400030 13.8 26.0 12.0 D406100400031 14.0 37.5 1. 10.0 D406100400032 14.8 21.0 7.1 D406100400033 15.9 15.0 17.0 D406100400034 16.0 19.0 D406100400035 17.8 13.0 25.0 D406100400036 17.9 12.0 14.0 D406100400037 19.6 10.0 1. 31.0 1. D406100400038 20.7 11.0 26.0 D406100400039 21.2 6.8 38.0 1. D406100400040 23.2 8.3 26.0 D406100400041 24.8 8.0 22.0 D406100400042 25.5 8.8 24.0 D406100400043 27.5 9.2 15.0 D406100400044 27.6 8.5 21.0 D406100400045 29.0 9.6 14.0 D406100400046 29.7 9.7 15.0 D406100400047 30.7 12.0 12.0 D406100400048 32.3 17.0 10.0 D406100400049 32.4 11.0 10.0 D406100400050 34.0 27.0 10.0 D406100400051 34.9 25.0 8.8 D406100400052 35.6 37.0 7.8 D406100400053 36.5 54.0 10.3 D406100400054 37.2 58.0 7.4 D406100400055 38.8 68.0 6.0 D406100400056 38.9 74.0 8.2 D406100400057 40.3 97.0 7.2 D406100400058 40.5 117.0 10.2 D406100400059 ENDDATA 38 0 D406100400060 ENDSUBENT 59 0 D406100499999 SUBENT D4061005 20220506 D137D406100500001 BIB 5 14 D406100500002 REACTION 1(28-NI-58(D,X)25-MN-54,,SIG) D406100500003 2(28-NI-58(D,X)25-MN-52-G,,SIG) D406100500004 DECAY-DATA1(25-MN-54,303.D,DG,835.,1.00) D406100500005 2(25-MN-52-G,5.7D,DG,935.,0.84) D406100500006 FACILITY (ISOCY,1USAORL) D406100500007 SAMPLE (28-NI-58,ENR=0.9989) D406100500008 Natural Ni foils of thickness 2.3-2.42 mg/cm2 was D406100500009 electroplated onto gold (8.73-9.64 mg/cm2, +/-3%) D406100500010 backing. The thicknesses of 58Ni were D406100500011 (4.22-6.74 mg/cm2, +/-5%). D406100500012 HISTORY (20210927A) VS. (M) deleted in 005.2. D406100500013 SAMPLE moved from 001. D406100500014 (20220506A) VT. DATA: data point 0.33 mb at 17.9 MeV D406100500015 added D406100500016 ENDBIB 14 0 D406100500017 NOCOMMON 0 0 D406100500018 DATA 3 21 D406100500019 EN DATA 1DATA 2 D406100500020 MEV MB MB D406100500021 17.9 0.33 D406100500022 20.7 1.5 D406100500023 23.2 1.0 2.6 D406100500024 24.8 3.0 3.8 D406100500025 25.5 4.9 3.7 D406100500026 27.5 10.0 5.7 D406100500027 27.6 11.0 4.6 D406100500028 29.0 15.0 5.7 D406100500029 29.7 18.0 4.6 D406100500030 30.7 21.0 5.4 D406100500031 32.3 24.0 4.6 D406100500032 32.4 21.0 3.4 D406100500033 34.0 29.0 3.6 D406100500034 34.9 25.0 2.7 D406100500035 35.6 28.0 2.8 D406100500036 36.5 39.0 2.5 D406100500037 37.2 31.0 2.2 D406100500038 38.8 28.0 1.5 D406100500039 38.9 34.0 1.7 D406100500040 40.3 36.0 1.3 D406100500041 40.5 47.0 1.7 D406100500042 ENDDATA 23 0 D406100500043 ENDSUBENT 42 0 D406100599999 SUBENT D4061006 20210929 D132D406100600001 BIB 6 30 D406100600002 REACTION 1(26-FE-54(3-LI-6,X)28-NI-57,,SIG) D406100600003 2(26-FE-54(3-LI-6,2P)27-CO-58,,SIG) D406100600004 3(26-FE-54(3-LI-6,X)27-CO-57,,SIG) D406100600005 4(26-FE-54(3-LI-6,X)27-CO-56,,SIG) D406100600006 5(26-FE-54(3-LI-6,X)27-CO-55,,SIG) D406100600007 DECAY-DATA1(28-NI-57,36.HR,B+,350.,0.007, D406100600008 B+,720.,0.06, D406100600009 B+,850.,0.4, D406100600010 DG,1370.,0.86) D406100600011 2(27-CO-58-G,71.3D,DG,810.,0.99) D406100600012 3(27-CO-57,270.D,DG,122.,0.89) D406100600013 4(27-CO-56,77.0D,DG,847.,1.00) D406100600014 5(27-CO-55,18.HR,DG,931.,0.73, D406100600015 B+,1513.,0.48, D406100600016 B+,1128./1037.,0.29) D406100600017 FACILITY (LINAC,1USAYAL) D406100600018 SAMPLE (26-FE-54,ENR=0.974) Enriched Fe-54 (97.4%) was D406100600019 electroplating onto gold (11.65 - 12.28 mg/cm2) D406100600020 backing. The thicknesses of Fe-54 targets were D406100600021 3.02 - 3.67 mg/cm2, +-5%. D406100600022 COMMENT at 60. MeV Li-6 energy there are two sets of D406100600023 experimental data. The average of the presented two D406100600024 data is included in under the data keyword. D406100600025 en Ni-57 Co-58 C0-57 Co-56 Co-55 D406100600026 MeV mb mb mb mb mb D406100600027 60.0 11.0 69. 205. 108.D406100600028 60.0 8.2 64. 161. 76.D406100600029 HISTORY (20210927A) VS. SF3=X in 006.1 and 006.3. D406100600030 c.f. Memo CP-D/0999. (M) deleted in 006.3. D406100600031 SAMPLE moved from 001. D406100600032 ENDBIB 30 0 D406100600033 NOCOMMON 0 0 D406100600034 DATA 6 17 D406100600035 EN DATA 1DATA 2DATA 3DATA 4DATA 5D406100600036 MEV MB MB MB MB MB D406100600037 15.1 9.7 89. 111. 1.43 104.D406100600038 16.5 22. 108. 245. 4.2 136.D406100600039 23.9 50. 80. 482. 5.8 111.D406100600040 24.7 71. 68. 644. 12.4 125.D406100600041 30.9 77. 39. 599. 37. 90.D406100600042 31.1 101. 32. 719. 79. 103.D406100600043 36.8 70. 24. 475. 174. 79.D406100600044 36.9 64. 21. 464. 118. 68.D406100600045 42.1 40. 19.7 294. 255. 71.D406100600046 42.2 45. 328. 245. 72.D406100600047 47.0 26. 179. 282. 70.D406100600048 47.2 27. 196. 259. 64.D406100600049 51.6 20. 123. 288. 82.D406100600050 51.8 20. 145. 308. 81.D406100600051 55.9 11.6 66. 176. 59.D406100600052 56.2 13.7 110. 236. 86.D406100600053 60.0 9.6 66.5 183. 92.D406100600054 ENDDATA 19 0 D406100600055 ENDSUBENT 54 0 D406100699999 ENDENTRY 6 0 D406199999999