ENTRY C2376 20230918 C233C2376000 1 SUBENT C2376001 20230918 C233C2376001 1 BIB 8 18 C2376001 2 TITLE Comparison of Reactions of Copper-63 Compound Nuclei C2376001 3 Performed by Alpha-Particle, Proton, and Carbon-Ion C2376001 4 Bombardments C2376001 5 AUTHOR (C.M.Stearns) C2376001 6 REFERENCE (T,STEARNS,1962) C2376001 7 INSTITUTE (1USACOL) C2376001 8 METHOD (ACTIV,CHSEP,STTA) Radiochemical techniques were C2376001 9 employed to separate, identify, and measure the Cu61, C2376001 10 Co57, Co58, and Co61 activities produced in the three C2376001 11 series of reaction studied. The radioactive species C2376001 12 were identified by comparing their observed half C2376001 13 lives with the literature values and their gamma-ray C2376001 14 spectra with standards. C2376001 15 ANALYSIS (DECAY) C2376001 16 ERR-ANALYS (DATA-ERR) Cumulative Errors. C2376001 17 HISTORY (20181210C) BP C2376001 18 (20230914A) OS. REACTION and DECAY-DATA corrected in C2376001 19 subs.4,5,12, DECAY-DATA in sub.8 C2376001 20 ENDBIB 18 0 C2376001 21 NOCOMMON 0 0 C2376001 22 ENDSUBENT 21 0 C237600199999 SUBENT C2376002 20181210 C183C2376 2 1 BIB 5 14 C2376 2 2 REACTION (27-CO-59(A,X)27-CO-58,,SIG) C2376 2 3 FACILITY (CYCLO,1USABNL) Brookhaven National Laboratory, 60- C2376 2 4 inch cyclotron. C2376 2 5 (CYCLO,1USABRK) One irradiation was performed in the C2376 2 6 internal beam of the Berkeley 60-inch cyclotron to C2376 2 7 extend the alpha-particle excitation functions to an C2376 2 8 energy of 48 MeV. C2376 2 9 SAMPLE The targets were prepared by electrodeposition of C2376 2 10 spectroscopically pure cobalt onto one-half mil gold C2376 2 11 foils from a cobalt-ethylene-diamine solution. The C2376 2 12 targets varied from 0.5 to 2 mg/cm2 in thickness, and C2376 2 13 each target was uniform to +-2%. C2376 2 14 DECAY-DATA (27-CO-58-G,71.0D,DG,799.0,1.0) C2376 2 15 STATUS (TABLE) Table I, pages 48-49. C2376 2 16 ENDBIB 14 0 C2376 2 17 COMMON 1 3 C2376 2 18 DATA-ERR C2376 2 19 PER-CENT C2376 2 20 8.0 C2376 2 21 ENDCOMMON 3 0 C2376 2 22 DATA 2 26 C2376 2 23 EN DATA C2376 2 24 MEV MB C2376 2 25 48.0 107.0 C2376 2 26 45.8 137.0 C2376 2 27 43.4 135.0 C2376 2 28 41.2 155.0 C2376 2 29 40.1 179.0 C2376 2 30 39.0 168.0 C2376 2 31 38.9 202.0 C2376 2 32 38.5 189.0 C2376 2 33 37.8 228.0 C2376 2 34 36.4 216.0 C2376 2 35 35.9 222.0 C2376 2 36 34.3 219.0 C2376 2 37 33.6 223.0 C2376 2 38 32.6 217.0 C2376 2 39 31.1 220.0 C2376 2 40 30.7 228.0 C2376 2 41 29.2 210.0 C2376 2 42 27.7 193.0 C2376 2 43 26.8 173.0 C2376 2 44 26.7 181.0 C2376 2 45 24.0 83.8 C2376 2 46 22.5 63.5 C2376 2 47 21.2 22.6 C2376 2 48 19.3 8.4 C2376 2 49 18.2 0.4 C2376 2 50 13.9 0.12 C2376 2 51 ENDDATA 28 0 C2376 2 52 ENDSUBENT 51 0 C2376 299999 SUBENT C2376003 20181210 C183C2376 3 1 BIB 5 15 C2376 3 2 REACTION (27-CO-59(A,X)27-CO-57,,SIG) C2376 3 3 FACILITY (CYCLO,1USABNL) Brookhaven National Laboratory, 60- C2376 3 4 inch cyclotron. C2376 3 5 (CYCLO,1USABRK) One irradiation was performed in the C2376 3 6 internal beam of the Berkeley 60-inch cyclotron to C2376 3 7 extend the alpha-particle excitation functions to an C2376 3 8 energy of 48 MeV. C2376 3 9 SAMPLE The targets were prepared by electrodeposition of C2376 3 10 spectroscopically pure cobalt onto one-half mil gold C2376 3 11 foils from a cobalt-ethylene-diamine solution. The C2376 3 12 targets varied from 0.5 to 2 mg/cm2 in thickness, and C2376 3 13 each target was uniform to +-2%. C2376 3 14 DECAY-DATA (27-CO-57,267.0D,DG,136.0,1.0, C2376 3 15 DG,122.0,1.0) C2376 3 16 STATUS (TABLE) Table I, pages 48-49. C2376 3 17 ENDBIB 15 0 C2376 3 18 COMMON 1 3 C2376 3 19 DATA-ERR C2376 3 20 PER-CENT C2376 3 21 8.0 C2376 3 22 ENDCOMMON 3 0 C2376 3 23 DATA 2 17 C2376 3 24 EN DATA C2376 3 25 MEV MB C2376 3 26 48.0 171.0 C2376 3 27 45.8 207.0 C2376 3 28 43.4 174.0 C2376 3 29 41.2 156.0 C2376 3 30 40.1 146.0 C2376 3 31 39.0 110.0 C2376 3 32 38.9 130.0 C2376 3 33 38.5 112.0 C2376 3 34 37.8 113.0 C2376 3 35 36.4 80.7 C2376 3 36 35.9 73.1 C2376 3 37 34.3 39.7 C2376 3 38 33.6 30.5 C2376 3 39 32.6 16.3 C2376 3 40 31.1 8.1 C2376 3 41 30.7 11.2 C2376 3 42 26.7 5.4 C2376 3 43 ENDDATA 19 0 C2376 3 44 ENDSUBENT 43 0 C2376 399999 SUBENT C2376004 20230918 C233C2376004 1 BIB 6 14 C2376004 2 REACTION (27-CO-59(A,2N)29-CU-61,,SIG) C2376004 3 FACILITY (CYCLO,1USABNL) Brookhaven National Laboratory, 60- C2376004 4 inch cyclotron. C2376004 5 SAMPLE The targets were prepared by electrodeposition of C2376004 6 spectroscopically pure cobalt onto one-half mil gold C2376004 7 foils from a cobalt-ethylene-diamine solution. The C2376004 8 targets varied from 0.5 to 2 mg/cm2 in thickness, and C2376004 9 each target was uniform to +-2%. C2376004 10 DECAY-DATA (29-CU-61,3.32HR,B+,1220.,,B+,1150.,,B+,940.,, C2376004 11 B+,560.) C2376004 12 STATUS (TABLE,,C.M.Stearns,T,STEARNS,1962) C2376004 13 Table I, pages 48-49. C2376004 14 HISTORY (20230914A) REACTION SF3 changed to 2N, SF4 changed to C2376004 15 Cu-61, corrected DECAY-DATA accordingly C2376004 16 ENDBIB 14 0 C2376004 17 COMMON 1 3 C2376004 18 DATA-ERR C2376004 19 PER-CENT C2376004 20 9.0 C2376004 21 ENDCOMMON 3 0 C2376004 22 DATA 2 15 C2376004 23 EN DATA C2376004 24 MEV MB C2376004 25 38.9 158.0 C2376004 26 38.5 143.0 C2376004 27 37.8 167.0 C2376004 28 36.4 210.0 C2376004 29 34.3 255.0 C2376004 30 33.6 296.0 C2376004 31 31.1 340.0 C2376004 32 29.2 399.0 C2376004 33 27.7 369.0 C2376004 34 26.7 368.0 C2376004 35 24.0 260.0 C2376004 36 22.5 157.0 C2376004 37 21.2 106.0 C2376004 38 19.3 52.5 C2376004 39 18.2 13.0 C2376004 40 ENDDATA 17 0 C2376004 41 ENDSUBENT 40 0 C237600499999 SUBENT C2376005 20230918 C233C2376005 1 BIB 6 13 C2376005 2 REACTION (27-CO-59(A,2P)27-CO-61,,SIG) C2376005 3 FACILITY (CYCLO,1USABNL) Brookhaven National Laboratory, 60- C2376005 4 inch cyclotron. C2376005 5 SAMPLE The targets were prepared by electrodeposition of C2376005 6 spectroscopically pure cobalt onto one-half mil gold C2376005 7 foils from a cobalt-ethylene-diamine solution. The C2376005 8 targets varied from 0.5 to 2 mg/cm2 in thickness, and C2376005 9 each target was uniform to +-2%. C2376005 10 DECAY-DATA (27-CO-61,1.65HR,B-,1220.,0.95,DG,72.) C2376005 11 STATUS (TABLE,,C.M.Stearns,T,STEARNS,1962) C2376005 12 Table I, pages 48-49. C2376005 13 HISTORY (20230914A) REACTION SF3 changed to 2P, SF4 changed to C2376005 14 Co-61, corrected DECAY-DATA accordingly C2376005 15 ENDBIB 13 0 C2376005 16 COMMON 1 3 C2376005 17 DATA-ERR C2376005 18 PER-CENT C2376005 19 8.0 C2376005 20 ENDCOMMON 3 0 C2376005 21 DATA 2 16 C2376005 22 EN DATA C2376005 23 MEV MB C2376005 24 40.1 9.0 C2376005 25 38.9 9.94 C2376005 26 38.5 9.39 C2376005 27 37.8 10.7 C2376005 28 36.4 10.1 C2376005 29 34.3 9.04 C2376005 30 33.6 9.10 C2376005 31 30.7 5.86 C2376005 32 29.2 6.41 C2376005 33 27.7 3.46 C2376005 34 26.7 2.83 C2376005 35 24.0 0.56 C2376005 36 22.5 0.17 C2376005 37 21.2 0.049 C2376005 38 19.3 0.019 C2376005 39 18.2 0.007 C2376005 40 ENDDATA 18 0 C2376005 41 ENDSUBENT 40 0 C237600599999 SUBENT C2376006 20181210 C183C2376 6 1 BIB 5 16 C2376 6 2 REACTION (28-NI-62(P,X)27-CO-57,,SIG) C2376 6 3 FACILITY (LINAC,1USAMIN) The University of Minnesota linear C2376 6 4 accelerator. C2376 6 5 SAMPLE (28-NI-62,ENR=0.978) C2376 6 6 (28-NI-58,ENR=0.007) C2376 6 7 (28-NI-60,ENR=0.011) C2376 6 8 (28-NI-61,ENR=0.002) C2376 6 9 (28-NI-64,ENR=0.002) The 97.8%, enriched Ni62 was C2376 6 10 supplied by Oak Ridge National Laboratory. The C2376 6 11 thickness of the nickel deposit was determined as for C2376 6 12 the cobalt targets and varied from 1 to 5 mg/cm2 with C2376 6 13 a uniformity of approximately +-5% for individual C2376 6 14 targets. C2376 6 15 DECAY-DATA (27-CO-57,267.0D,DG,136.0,1.0, C2376 6 16 DG,122.0,1.0) C2376 6 17 STATUS (TABLE) Table II, pages 50-51. C2376 6 18 ENDBIB 16 0 C2376 6 19 COMMON 1 3 C2376 6 20 DATA-ERR C2376 6 21 PER-CENT C2376 6 22 9.0 C2376 6 23 ENDCOMMON 3 0 C2376 6 24 DATA 2 21 C2376 6 25 EN DATA C2376 6 26 MEV MB C2376 6 27 39.6 52.9 C2376 6 28 39.6 54.2 C2376 6 29 39.6 53.4 C2376 6 30 38.5 52.4 C2376 6 31 38.4 53.5 C2376 6 32 37.6 53.5 C2376 6 33 37.4 53.8 C2376 6 34 36.0 53.7 C2376 6 35 34.9 39.4 C2376 6 36 34.9 36.3 C2376 6 37 33.9 41.3 C2376 6 38 32.6 25.5 C2376 6 39 32.1 19.0 C2376 6 40 31.0 15.7 C2376 6 41 29.8 16.9 C2376 6 42 29.6 9.54 C2376 6 43 29.1 7.4 C2376 6 44 28.4 6.6 C2376 6 45 27.0 4.3 C2376 6 46 26.8 4.3 C2376 6 47 26.3 2.7 C2376 6 48 ENDDATA 23 0 C2376 6 49 ENDSUBENT 48 0 C2376 699999 SUBENT C2376007 20181210 C183C2376 7 1 BIB 5 15 C2376 7 2 REACTION (28-NI-62(P,X)27-CO-58,,SIG) C2376 7 3 FACILITY (LINAC,1USAMIN) The University of Minnesota linear C2376 7 4 accelerator. C2376 7 5 SAMPLE (28-NI-62,ENR=0.978) C2376 7 6 (28-NI-58,ENR=0.007) C2376 7 7 (28-NI-60,ENR=0.011) C2376 7 8 (28-NI-61,ENR=0.002) C2376 7 9 (28-NI-64,ENR=0.002) The 97.8%, enriched Ni62 was C2376 7 10 supplied by Oak Ridge National Laboratory. The C2376 7 11 thickness of the nickel deposit was determined as for C2376 7 12 the cobalt targets and varied from 1 to 5 mg/cm2 with C2376 7 13 a uniformity of approximately +-5% for individual C2376 7 14 targets. C2376 7 15 DECAY-DATA (27-CO-58-G,71.0D,DG,799.0,1.0) C2376 7 16 STATUS (TABLE) Table II, pages 50-51. C2376 7 17 ENDBIB 15 0 C2376 7 18 COMMON 1 3 C2376 7 19 DATA-ERR C2376 7 20 PER-CENT C2376 7 21 9.0 C2376 7 22 ENDCOMMON 3 0 C2376 7 23 DATA 2 29 C2376 7 24 EN DATA C2376 7 25 MEV MB C2376 7 26 39.6 27.4 C2376 7 27 39.6 26.6 C2376 7 28 39.6 27.9 C2376 7 29 38.5 30.2 C2376 7 30 38.4 31.4 C2376 7 31 37.6 35.9 C2376 7 32 37.4 36.3 C2376 7 33 36.0 44.1 C2376 7 34 34.9 49.7 C2376 7 35 34.9 45.4 C2376 7 36 33.9 59.6 C2376 7 37 32.6 61.5 C2376 7 38 32.1 62.2 C2376 7 39 31.0 76.8 C2376 7 40 29.8 99.0 C2376 7 41 29.6 91.3 C2376 7 42 29.1 78.8 C2376 7 43 28.4 88.4 C2376 7 44 27.0 73.4 C2376 7 45 26.8 74.5 C2376 7 46 26.3 84.3 C2376 7 47 24.5 61.3 C2376 7 48 24.2 65.6 C2376 7 49 22.0 29.3 C2376 7 50 21.5 24.8 C2376 7 51 20.1 7.8 C2376 7 52 18.7 8.6 C2376 7 53 17.7 1.85 C2376 7 54 16.2 1.2 C2376 7 55 ENDDATA 31 0 C2376 7 56 ENDSUBENT 55 0 C2376 799999 SUBENT C2376008 20230918 C233C2376008 1 BIB 6 17 C2376008 2 REACTION (28-NI-62(P,2P)27-CO-61,,SIG) C2376008 3 FACILITY (LINAC,1USAMIN) The University of Minnesota linear C2376008 4 accelerator. C2376008 5 SAMPLE (28-NI-62,ENR=0.978) C2376008 6 (28-NI-58,ENR=0.007) C2376008 7 (28-NI-60,ENR=0.011) C2376008 8 (28-NI-61,ENR=0.002) C2376008 9 (28-NI-64,ENR=0.002) The 97.8%, enriched Ni62 was C2376008 10 supplied by Oak Ridge National Laboratory. The C2376008 11 thickness of the nickel deposit was determined as for C2376008 12 the cobalt targets and varied from 1 to 5 mg/cm2 with C2376008 13 a uniformity of approximately +-5% for individual C2376008 14 targets. C2376008 15 DECAY-DATA (27-CO-61,1.65HR,B-,1220.,0.95,DG,72.) C2376008 16 STATUS (TABLE,,C.M.Stearns,T,STEARNS,1962) C2376008 17 Table II, pages 50-51. C2376008 18 HISTORY (20230914A) DECAY-DATA corrected C2376008 19 ENDBIB 17 0 C2376008 20 COMMON 1 3 C2376008 21 DATA-ERR C2376008 22 PER-CENT C2376008 23 13.0 C2376008 24 ENDCOMMON 3 0 C2376008 25 DATA 2 15 C2376008 26 EN DATA C2376008 27 MEV MB C2376008 28 39.6 9.5 C2376008 29 39.6 9.94 C2376008 30 38.4 10.6 C2376008 31 37.4 11.2 C2376008 32 36.0 10.6 C2376008 33 34.9 9.52 C2376008 34 33.9 10.4 C2376008 35 32.6 9.9 C2376008 36 31.0 9.7 C2376008 37 29.8 11.4 C2376008 38 29.6 8.2 C2376008 39 28.4 6.8 C2376008 40 27.0 7.14 C2376008 41 26.3 5.5 C2376008 42 24.2 3.0 C2376008 43 ENDDATA 17 0 C2376008 44 ENDSUBENT 43 0 C237600899999 SUBENT C2376009 20181210 C183C2376 9 1 BIB 5 18 C2376 9 2 REACTION (28-NI-62(P,2N)29-CU-61,,SIG) C2376 9 3 FACILITY (LINAC,1USAMIN) The University of Minnesota linear C2376 9 4 accelerator. C2376 9 5 SAMPLE (28-NI-62,ENR=0.978) C2376 9 6 (28-NI-58,ENR=0.007) C2376 9 7 (28-NI-60,ENR=0.011) C2376 9 8 (28-NI-61,ENR=0.002) C2376 9 9 (28-NI-64,ENR=0.002) The 97.8%, enriched Ni62 was C2376 9 10 supplied by Oak Ridge National Laboratory. The C2376 9 11 thickness of the nickel deposit was determined as for C2376 9 12 the cobalt targets and varied from 1 to 5 mg/cm2 with C2376 9 13 a uniformity of approximately +-5% for individual C2376 9 14 targets. C2376 9 15 DECAY-DATA (29-CU-61,3.32HR,B+,1220.0,0.68, C2376 9 16 B+,1150.0,0.68, C2376 9 17 B+,940.0,0.68, C2376 9 18 B+,560.0,0.68) C2376 9 19 STATUS (TABLE) Table II, pages 50-51. C2376 9 20 ENDBIB 18 0 C2376 9 21 COMMON 1 3 C2376 9 22 DATA-ERR C2376 9 23 PER-CENT C2376 9 24 9.0 C2376 9 25 ENDCOMMON 3 0 C2376 9 26 DATA 2 28 C2376 9 27 EN DATA C2376 9 28 MEV MB C2376 9 29 39.6 32.3 C2376 9 30 39.6 27.2 C2376 9 31 39.6 25.5 C2376 9 32 38.5 32.9 C2376 9 33 38.4 33.3 C2376 9 34 37.6 39.0 C2376 9 35 37.4 37.7 C2376 9 36 36.0 47.6 C2376 9 37 34.9 55.1 C2376 9 38 33.9 53.9 C2376 9 39 32.6 66.8 C2376 9 40 32.1 83.6 C2376 9 41 31.0 85.0 C2376 9 42 29.8 97.3 C2376 9 43 29.6 128.0 C2376 9 44 29.1 132.0 C2376 9 45 28.4 156.0 C2376 9 46 27.0 154.0 C2376 9 47 26.8 178.0 C2376 9 48 26.3 201.0 C2376 9 49 24.5 206.0 C2376 9 50 24.2 216.0 C2376 9 51 22.0 185.0 C2376 9 52 21.5 203.0 C2376 9 53 20.1 161.0 C2376 9 54 18.7 84.4 C2376 9 55 17.7 34.0 C2376 9 56 16.2 5.5 C2376 9 57 ENDDATA 30 0 C2376 9 58 ENDSUBENT 57 0 C2376 999999 SUBENT C2376010 20181210 C183C2376 10 1 BIB 5 13 C2376 10 2 REACTION (23-V-51(6-C-12,X)27-CO-57,,SIG) C2376 10 3 FACILITY (LINAC,1USAYAL) The Yale University heavy-ion linear C2376 10 4 accelerator. C2376 10 5 SAMPLE A stack of vanadium targets and interspersed aluminum C2376 10 6 catcher foils. The vanadium deposits varied from 0.1 C2376 10 7 to 0.03 mg/cm2; each foil was of accurately known C2376 10 8 area, and the thicknesses were determined by C2376 10 9 quantitative analysis of the dissolved vanadium after C2376 10 10 the irradiation. The uniformity is estimated to be C2376 10 11 within -+ 6%. C2376 10 12 DECAY-DATA (27-CO-57,267.0D,DG,136.0,1.0, C2376 10 13 DG,122.0,1.0) C2376 10 14 STATUS (TABLE) Table III, pages 52. C2376 10 15 ENDBIB 13 0 C2376 10 16 COMMON 1 3 C2376 10 17 DATA-ERR C2376 10 18 PER-CENT C2376 10 19 14.0 C2376 10 20 ENDCOMMON 3 0 C2376 10 21 DATA 2 14 C2376 10 22 EN DATA C2376 10 23 MEV MB C2376 10 24 129.0 50.1 C2376 10 25 119.0 70.4 C2376 10 26 113.0 85.6 C2376 10 27 106.0 103.0 C2376 10 28 96.0 97.5 C2376 10 29 84.0 64.5 C2376 10 30 75.0 66.5 C2376 10 31 66.0 80.4 C2376 10 32 61.0 96.3 C2376 10 33 56.0 103.0 C2376 10 34 50.0 141.0 C2376 10 35 44.0 101.0 C2376 10 36 37.0 92.8 C2376 10 37 29.0 30.2 C2376 10 38 ENDDATA 16 0 C2376 10 39 ENDSUBENT 38 0 C2376 1099999 SUBENT C2376011 20181210 C183C2376 11 1 BIB 5 12 C2376 11 2 REACTION (23-V-51(6-C-12,X)27-CO-58,,SIG) C2376 11 3 FACILITY (LINAC,1USAYAL) The Yale University heavy-ion linear C2376 11 4 accelerator. C2376 11 5 SAMPLE A stack of vanadium targets and interspersed aluminum C2376 11 6 catcher foils. The vanadium deposits varied from 0.1 C2376 11 7 to 0.03 mg/cm2; each foil was of accurately known C2376 11 8 area, and the thicknesses were determined by C2376 11 9 quantitative analysis of the dissolved vanadium after C2376 11 10 the irradiation. The uniformity is estimated to be C2376 11 11 within -+ 6%. C2376 11 12 DECAY-DATA (27-CO-58-G,71.0D,DG,799.0,1.0) C2376 11 13 STATUS (TABLE) Table III, pages 52. C2376 11 14 ENDBIB 12 0 C2376 11 15 COMMON 1 3 C2376 11 16 DATA-ERR C2376 11 17 PER-CENT C2376 11 18 14.0 C2376 11 19 ENDCOMMON 3 0 C2376 11 20 DATA 2 14 C2376 11 21 EN DATA C2376 11 22 MEV MB C2376 11 23 129.0 48.3 C2376 11 24 119.0 55.5 C2376 11 25 113.0 86.7 C2376 11 26 106.0 98.5 C2376 11 27 96.0 136.0 C2376 11 28 84.0 175.0 C2376 11 29 75.0 216.0 C2376 11 30 66.0 122.0 C2376 11 31 61.0 87.0 C2376 11 32 56.0 54.8 C2376 11 33 50.0 44.9 C2376 11 34 44.0 43.9 C2376 11 35 37.0 59.3 C2376 11 36 29.0 55.4 C2376 11 37 ENDDATA 16 0 C2376 11 38 ENDSUBENT 37 0 C2376 1199999 SUBENT C2376012 20230918 C233C2376012 1 BIB 6 14 C2376012 2 REACTION (23-V-51(6-C-12,2P)27-CO-61,,SIG) C2376012 3 FACILITY (LINAC,1USAYAL) The Yale University heavy-ion linear C2376012 4 accelerator. C2376012 5 SAMPLE A stack of vanadium targets and interspersed aluminum C2376012 6 catcher foils. The vanadium deposits varied from 0.1 C2376012 7 to 0.03 mg/cm2; each foil was of accurately known C2376012 8 area, and the thicknesses were determined by C2376012 9 quantitative analysis of the dissolved vanadium after C2376012 10 the irradiation. The uniformity is estimated to be C2376012 11 within -+ 6%. C2376012 12 DECAY-DATA (27-CO-61,1.65HR,B-,1220.,0.95,DG,72.) C2376012 13 STATUS (TABLE,,C.M.Stearns,T,STEARNS,1962) Table III, page 52.C2376012 14 HISTORY (20230914A) REACTION SF3 changed to 2P, DECAY-DATA C2376012 15 corrected C2376012 16 ENDBIB 14 0 C2376012 17 COMMON 1 3 C2376012 18 DATA-ERR C2376012 19 PER-CENT C2376012 20 22.0 C2376012 21 ENDCOMMON 3 0 C2376012 22 DATA 2 4 C2376012 23 EN DATA C2376012 24 MEV MB C2376012 25 50.0 1.2 C2376012 26 44.0 1.0 C2376012 27 37.0 2.0 C2376012 28 29.0 2.5 C2376012 29 ENDDATA 6 0 C2376012 30 ENDSUBENT 29 0 C237601299999 ENDENTRY 12 0 C237699999999