65CU 65NI B- DECAY 1987JU05,1973RA10 10NDS 201009
65CU H TYP=FUL$AUT=E. BROWNE, J. K. TULI$CIT=NDS 111, 2425 (2010)$
65CU2 H CUT=1-Aug-2009$
65CU D Nothing new. E. Browne (10/13/2009).
65CU c 1990Lo03: E|g, I|g; 4|p|b|g coincidences, Ge(Li)
65CU c 1987Ju05: E|g, I|g, T{-1/2}; 4|p|b|g coincidences, Ge(Li), ionization
65CUxc chamber
65CU c 1980RuZY: T{-1/2} and |g emission probabilities for 33 radionuclides
65CU2c are discussed along with an assessment of data uncertainties
65CU c 1973Ra10: E|g, I|g; Ge(Li)
65CU c 1971Me14,1980RuZY: I|g, I|b{+-}, |b|g coincidences and T{-1/2};
65CU2c proportional and ionization counters
65CU c 1972Pa30: E|g, I|g, |g|g coincidences; Ge(Li), NaI
65CU c 1963Cl06: E|g, I|g, |g|g coincidences, |g|g(|q) and T{-1/2}; 4|p|b
65CUxc counter, NaI
65CU c 1968Re04: {+65}Ni T{-1/2}
65CU c 1977Ba64: {+65}Ni T{-1/2}
65CU c 1964Fr04: E|g, I|g, E|b{+-}, I|b{+-}; magnetic spectrometer, NaI
65CU c 1965Sp07: E|g, I|g, |g|g coincidences and |g|g(|q); Ge(Li), NaI
65CU c 1976Kr09: |g(|q) anisotropies from oriented nuclei; Ge(Li)
65CU c 1968At03,1969Be28: |b-|g circular polarization correlations; magnetic
65CU2c spectrometer, scintillators, Ge(Li)
65CU c Others: 1958Ha11, 1960Ja16, 1962Ba27
65CU c Absolute intensities for 1482|g: 23.59% {I14} (1987Ju05), 23.5% {I4}
65CU2c (1980RuZY) and 21.95% {I28} (1990Lo03). The first two show excellent
65CU3c agreement while the last one is lower by 7%.
65CU3c Further, the absolute intensities of 1990Lo03 are systematically
65CU4c lower than the 1987Ju05 values by 8-11% for other |g rays. There is
65CU5c good agreement between the intensities of 1973Ra10 and 1987Ju05.
65CU cB IB From |g intensity imbalance at each level
65CU DG CC$ FROM BrIcc v2.2 (31-Mar-2008) 2008KiAA, "Frozen Orbitals" appr.
65CU cG E From 1973Ra10, except as noted.
65CU cG RI Relative intensity (1987Ju05)
65CU cG M,MR From adopted gammas; supporting arguments from this data set
65CU2cG based on |g(|q), |g|g(|q) and RUL are indicated
65CU cL E From a least-squares fit to E|g data.
65CU cL J From adopted levels.
65NI P 0 5/2- 2.51719 H 26 2137.9 7
65CU N 0.2359 14 1.0 1.0
65CU cN NR From absolute I|g(1482)=23.59% {I14} (1987Ju05)
65CU PN 4
65CU L 0 3/2-
65CU B 2140 1060.0 3 6.576 2
65CUS B EAV=875.4 6
65CU cB E from 1964Fr04.
65CU L 770.63 131/2-
65CU G 770.6 2 0.439 30M1+E2 0.096 7
65CUS G CC=0.000384 6$KC=0.000345 5$LC=3.41E-5 5$MC=4.80E-6 7$NC+=1.470E-7 21
65CUS G NC=1.470E-7 21
65CU L 1115.55 35/2-
65CU B 1020 2510.18 13 6.064 6
65CUS B EAV=371.7 5
65CU cB E from 1964Fr04.
65CU G 1115.53 4 65.4 4 M1+E2 -0.450 16 C
65CUS G CC=0.000185 3$KC=0.0001655 24$LC=1.631E-5 23$MC=2.29E-6 4$NC+=1.058E-6
65CUS G NC=7.04E-8 10$IPC=9.87E-7 15
65CU cG MR -0.4 {I+2-1} from measured |g(|q) anisotropy from oriented
65CU2cG nuclei (1976Kr09).
65CU cG |b-|g(CP) data, asymmetry A=0.23 {I4} (1968At03) A=0.292
65CU2cG {I37} (1969Be28) consistent with a 5/2-(|b{+-})5/2-(|g)3/2- cascade.
65CU L 1481.83 47/2-
65CU B 650 3028.4 2 4.901 4
65CUS B EAV=220.5 5
65CU cB E from 1964Fr04.
65CU G 366.27 3 20.37 22M1+E2 -0.031 5 C
65CUS G CC=0.00202 3$KC=0.00181 3$LC=0.000181 3$MC=2.55E-5 4$NC+=7.74E-7 11
65CUS G NC=7.74E-7 11
65CU cG (366|g)(1115|g)(|q): A{-2}=0.172 {I6}, A{-4}=0.013 {I10}
65CU2cG (1965Sp07). Others: 1958Ha11, 1960Ja16, 1963Cl06.
65CU cG MR -0.031 {I5} or +9.4 {I5} from analysis of |g|g(|q) data of
65CU2cG 1965Sp07. The larger value is rejected from
65CU3cG RUL. Other: -0.03 {I3} from measured |g(|q) anisotropy from oriented
65CU4cG nuclei (1976Kr09).
65CU G 1481.84 5 100 E2
65CUS G CC=0.000192 3$KC=0.0001008 15$LC=9.92E-6 14$MC=1.395E-6 20$NC+=8.01E-5
65CUS G NC=4.27E-8 6$IPC=8.00E-5 12
65CU L 1623.44 65/2-
65CU B 0.89 2 6.03 1
65CUS B EAV=165.8 5
65CU G 507.9 1 1.240 19M1+E2 +0.20 4 C
65CUS G CC=0.000980 19$KC=0.000880 17$LC=8.76E-5 17$MC=1.232E-5 24$NC+=3.75E-7
65CUS G NC=3.75E-7 7
65CU cG E from 1972Pa30.
65CU cG (507|g)(1115|g)(|q): A{-2}=-0.200 {I35}, A{-4}=-0.013 {I57}
65CUxcG (1965Sp07).
65CU cG MR -2.8 {I3} or +0.20 {I4} from analysis of |g|g(|q) data of
65CU2cG 1965Sp07. The smaller value is preferred from
65CU3cG RUL.
65CU G 852.7 2 0.41 5
65CU G 1623.42 6 2.11 6 (M1+E2) -0.8 +3-5
65CUS G CC=0.000209 9$KC=8.08E-5 17$LC=7.94E-6 17$MC=1.116E-6 24$NC+=0.000119 8
65CUS G NC=3.43E-8 7$IPC=0.000119 8
65CU cG Multipolarity, |d: from measured |g(|q) anisotropy from
65CU2cG oriented nuclei (1976Kr09).
65CU L 1724.98 63/2-
65CU B 0.555 13 5.90 1
65CUS B EAV=128.4 4
65CU G 609.5 1 0.655 17M1+E2 -0.08 5 C
65CUS G CC=0.000636 10$KC=0.000571 9$LC=5.67E-5 9$MC=7.97E-6 13$NC+=2.44E-7 4
65CUS G NC=2.44E-7 4
65CU cG E from 1972Pa30.
65CU cG (607|g)(1115|g)(|q): A{-2}=0.209 {I69}, A{-4}=-0.160 {I111}
65CUxcG (1965Sp07).
65CU cG MR -0.08 {I5} or +4.8 {I+26-13} from analysis of |g|g(|q) data
65CU2cG of 1965Sp07. The larger value is rejected from
65CU3cG RUL.
65CU G 954.5 3 0.015 LT
65CU cG Not observed by 1972Pa30.
65CU G 1724.92 6 1.69 5 M1+E2
65CUS G CC=0.000244 22$KC=7.26E-5 23$LC=7.13E-6 23$MC=1.00E-6 4$NC+=0.000163 19
65CUS G NC=3.08E-8 10$IPC=0.000163 19
65CU cG MR -0.2 {I4} or <-4.6 or >+2.3.
65CU cG Multipolarity, |d: from measured |g(|q) anisotropy from
65CU2cG oriented nuclei (1976Kr09).