70ZN 70CU B- DECAY (44.5 S) 2004VA08 16NDS 201609
70ZN H TYP=FUL$AUT=G. G~URDAL, E.A. MCCUTCHAN$CIT=NDS 136, 1 (2016)$
70ZN2 H CUT=1-Jul-2016$
70ZN c 2004Va08,2004Va07: {+70}Cu activity produced in proton (E(p)=1 GeV)
70ZN2c and neutron induced fission of uranium carbide and separated with the
70ZN3c RILIS ion source followed by mass separation. Measured E|g, I|g,
70ZN4c |g(t), |b|g and |g|g coincidences using three thin plastic |DE
70ZN5c detectors and two HPGe detectors. See also thesis, 2002VaZX.
70ZN c 1975Re09: {+70}Cu activity from {+70}Zn(n,p), E(n)=14 MeV. Measured
70ZN2c E|g, I|g, |g(t), E|b, I|b, |b|g coincidences with a Ge(Li) detector,
70ZN3c a NaI(Tl) detector and a |b spectrometer consisting of a proportional
70ZN4c counter backed by a plastic scintillator.
70ZN c 1971Ta03: {+70}Cu activity from {+70}Zn(n,p) with E(n)=14 MeV.
70ZN2c Measured E|g, I|g, E|b, I|b, |g(t), |b|g and |g|g coincidences using
70ZN3c two Ge(Li) detectors, a NaI(Tl) detector and a plastic scintillator.
70ZN c Other: 1983Ru06
70ZN c A total energy release of 6590 keV {I100} is calculated for this
70ZN2c decay scheme by the code RADLST, in good agreement with the Q value
70ZN3c of 6588.3 keV {I22}
70ZN cL E$From a least-squares fit to E|g, by evaluators.
70ZN cL J,T$From the Adopted Levels
70ZN cB IB$From an intensity balance at each level, by evaluators.
70ZN cG E,RI$From 2004Va08. I|g are normalized to I|g(885|g)=100.
70ZN cG M$From the Adopted Gammas.
70ZN D CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
70CU P 0.0 6- 44.5 S 2 6588.3 22
70ZN N 1.00 4 1.0 1.0
70ZN cN NR$From |S(I(|g+ce) to g.s.)=100. No ground state |b feeding is
70ZN2cN expected since |DJ=6.
70ZN PN 4
70ZN L 0.0 0+ 3.8E18 Y GE
70ZN L 884.89 9 2+ 3.65 PS 21
70ZN G 884.88 9 100.0 4 E2 3.97E-4 C
70ZNS G KC=0.000356 5$LC=3.58E-5 5$MC=5.12E-6 8$NC=2.04E-7 3
70ZN cG RI$other: 100 {I5} (1971Ta03).
70ZN L 1786.62 13 4+ 2.9 PS 8
70ZN G 901.7 1 99.7 4 [E2] 3.78E-4 C
70ZNS G KC=0.000339 5$LC=3.41E-5 5$MC=4.88E-6 7$NC=1.95E-7 3
70ZN cG RI$other: 87 {I4} (1971Ta03).
70ZN L 2693.24 16 4+ 0.28 PS +35-14
70ZN G 906.5 1 0.24 3 C
70ZN G 1809.1 5 0.26 4 [E2] 3.04E-4 C
70ZNS G KC=7.51E-5 11$LC=7.46E-6 11$MC=1.069E-6 15$NC=4.33E-8 6
70ZN L 2895.03 16 (6+)
70ZN G 1108.4 1 9.3 1 [E2] 2.32E-4 C
70ZNS G KC=0.000207 3$LC=2.08E-5 3$MC=2.97E-6 5$NC=1.193E-7 17
70ZN cG RI$other: 8 {I2} (1971Ta03).
70ZN B 1.4 5 6.9 1
70ZNS B EAV=1615.2 12
70ZN L 3038.30 16 5- 1.04 PS 7
70ZN G 1251.7 1 73.3 3 [E1] 1.68E-4 C
70ZNS G KC=7.56E-5 11$LC=7.49E-6 11$MC=1.073E-6 15$NC=4.34E-8 6
70ZN cG RI$other: 57 {I4} (1971Ta03).
70ZN B 58 3 5.2 1
70ZNS B EAV=1546.2 12
70ZN L 3341.8 3 3-
70ZN G 1555.2 3 0.94 7 [E1] 3.57E-4 C
70ZNS G KC=5.24E-5 8$LC=5.18E-6 8$MC=7.43E-7 11$NC=3.01E-8 5
70ZN B 0.94 7 6.9 1
70ZNS B EAV=1400.4 13
70ZN cB LOGFT$unrealistically low for a |DJ=3 transition.
70ZN L 3476.68 17
70ZN G 438.2 2 1.40 6 C
70ZN G 783.1 2 0.49 6 C
70ZN G 1690.3 2 6.3 1 C
70ZN cG RI$other: 4.7 {I9} (1971Ta03).
70ZN B 6.1 3 6.0 1
70ZNS B EAV=1335.9 12
70ZN L 3599.12 18
70ZN G 560.82 8 1.03 7 C
70ZN B 1.03 7 6.7 1
70ZNS B EAV=1277.3 12
70ZN L 3788.28 24
70ZN G 750.0 2 1.25 8 C
70ZN G 893.1 6 2.00 9 C
70ZN B 3.25 15 6.0 1
70ZNS B EAV=1187.2 12
70ZN L 3848.3 6 (5,6+)
70ZN G 2061.6 6 4.9 1 C
70ZN cG RI$other: 3.7 {I9} (1971Ta03).
70ZN B 4.9 1 5.8 1
70ZNS B EAV=1158.7 13
70ZN L 3903.9 4 (5,6+)
70ZN G 2117.2 4 0.57 6 C
70ZN B 0.57 6 6.7 1
70ZNS B EAV=1132.3 12
70ZN L 4001.60 19 (5,6,7-)
70ZN cL J$assigned as 2+ in 2004Va08. However, direct feeding from 6- parent
70ZN2cL and 963|g to 5- makes J=2 unlikely.
70ZN G 963.3 1 0.74 7 C
70ZN B 0.74 7 6.5 1
70ZNS B EAV=1086.0 12
70ZN L 4061.42 19 (5,6,7-)
70ZN cL J$assigned as 4+ in 2004Va08. However, direct feeding from 6- parent
70ZN2cL makes J=4 unlikely.
70ZN G 584.7 1 0.83 7 C
70ZN G 1023.3 2 0.58 6 C
70ZN B 1.41 10 6.2 1
70ZNS B EAV=1057.7 12
70ZN L 4264.6 7 (5,6,7-)
70ZN G 1226.3 7 2.16 9 C
70ZN B 2.16 12 5.9 1
70ZNS B EAV=961.9 13
70ZN L 4309.03 21 (5,6,7-)
70ZN G 1270.8 2 1.65 8 C
70ZN cG RI$other: 1.0 {I4} (1971Ta03).
70ZN G 1413.9 2 0.71 7 C
70ZN B 2.36 13 5.8 1
70ZNS B EAV=941.0 12
70ZN L 4464.81 20 (5,6,7-)
70ZN G 988.0 3 0.72 7 C
70ZN G 1426.5 2 2.6 1 C
70ZN cG RI$other: 3 {I1} (1971Ta03).
70ZN G 1569.8 2 0.83 7 C
70ZN B 4.15 18 5.4 1
70ZNS B EAV=868.1 12
70ZN L 4514.4 3 (5,6,7-)
70ZN G 1476.1 2 1.35 8 C
70ZN cG RI$other: 1.3 {I9} (1971Ta03).
70ZN B 1.35 10 5.9 1
70ZNS B EAV=845.0 12
70ZN L 4558.3 3 (5,6+)
70ZN G 1520.1 3 1.20 9
70ZN cG RI$other: 1.4 {I4} (1971Ta03).
70ZN G 2771.2 6 1.78 8 C
70ZN B 2.98 15 5.5 1
70ZNS B EAV=824.6 12
70ZN L 4588.9 3 (5,6,7-)
70ZN G 1550.6 3 1.40 8
70ZN B 1.40 10 5.8 1
70ZNS B EAV=810.6 12
70ZN L 4710.1 5 (5,6,7)
70ZN G 1815.0 5 1.04 7 C
70ZN B 1.04 8 5.8 1
70ZNS B EAV=754.3 12
70ZN L 4791.7 10 (5,6,7)
70ZN G 1315 1 0.57 6 C
70ZN B 0.57 6 6.0 1
70ZNS B EAV=716.7 13
70ZN L 4849.2 3 (5,6+)
70ZN G 1954.2 3 2.8 1 C
70ZN cG RI$other: 2.1 {I4} (1971Ta03).
70ZN G 3062.1 6 2.39 9 C
70ZN cG RI$other: 1.4 {I5} (1971Ta03).
70ZN B 5.19 20 5.0 1
70ZNS B EAV=690.3 12
70ZN L 5061.3 5 (5,6,7)
70ZN G 2166.2 5 0.50 5 C
70ZN B 0.50 5 5.8 1
70ZNS B EAV=593.9 12