68ZN 68GA EC DECAY 1999BEZQ,1999BEZS 12NDS 201206 68ZN H TYP=FUL$AUT=E.A. McCutchan$CIT=NDS 113, 1735 (2012)$CUT=1-Mar-2012$ 68ZN c 1994Vo15: {+68}Ga activity in equilibrium with the parent {+68}Ge. 68ZN2c Measured E|g, I|g, |g|g, and |g|g(|q) using high energy resolution 68ZN3c array (HERA) consisting of 20 Compton suppressed Ge detectors and a 68ZN4c 4|p, 40 element BGO inner ball. 68ZN c 1994Sc44: {+68}Ga activity in equilibrium with the parent {+68}Ge. 68ZN2c Measured E|g, I|g, Ex, Ix, |b-|g coincidence using Si(Li), Ge(Li), 68ZN3c HPGe detectors; deduced |g-emission probability. 68ZN c 1973La01: Source preparation method not given. Measured E|g, I|g, and 68ZN2c |g|g(|q) using NaI(Tl) and Ge(Li) detectors. 68ZN c 1972Sl03: {+68}Ga activity prepared from {+68}Zn(p,n) and 68ZN2c {+69}Ga(p,2n) reactions. Measured E|g, I|g, E|b+, and Ice using 68ZN3c double focusing |b spectrometer and Ge(Li) detector. 68ZN c 1968Ca15: {+68}Ga activity prepared from the parent activity of 68ZN2c {+68}Ge by chemical separation. Measured E|g, I|g, |g|g-coin, and 68ZN3c |g|g(|q) using NaI(Tl) and Ge(Li) detectors. 68ZN c {+68}Ga decay scheme is mainly from 1994Vo15. 68ZN c Others: 2001Ko07,1996Sk03,1996Vo10, 1993Os06, 1992Os07, 1991Ka35, 68ZN2c 1984Sc35, 1969Va16, 1967Ta01, 1965He08, 1965Ba36, 1963Ta03, 1962Ko01, 68ZN3c 1960Ra06, 1959Ho85, 1959Ra04. 68ZN cL E$From a least-squares fit to E|g's, by evaluator. 68ZN cL J,T$From the Adopted Levels. 68ZN cG E,RI$Values recommended by 1999BeZQ and 1999BeZS, except where noted. 68ZN cG M,CC$From the Adopted Gammas, except as noted. 68ZN cG E(c)$From 1994Vo15. 68ZN cG MR$From |g|g(|q) in 1994Vo15 68ZN cE TI$From I(|g+ce) imbalance at each level. 68ZN D CC$ FROM BrIcc v2.2b (20-Jan-2009) 2008Ki07, "Frozen Orbitals" appr. 68GA P 0.0 1+ 67.71 M 8 2921.1 12 68ZN N 0.0322 3 0.0322 3 1.0 68ZN cN NR,NT$Decay-scheme normalization is based on measured absolute 68ZN2cN intensity of 3.22% {I3} for 1077-keV |g ray (1994Sc44). 68ZN PN 3 68ZN L 0.0 0+ STABLE 68ZN E 2912 1087.72 9 8.92 8 5.1942 13 96.64 3 68ZNS E EAV=836.02 56$CK=0.08167 15$CL=0.009017 16$CM+=0.001604 3 68ZN cE E$E|b+(max)=1890 {I10} from 2001Ko07 (Ge(HP) detectors). 68ZN L 1077.36 4 2+ 68ZN G 1077.34 5 100 E2 68ZNS G CC=0.000247 4$KC=0.000221 4$LC=2.22E-5 4$MC=3.18E-6 5$NC+=1.273E-7 18 68ZN cG $%I|g=3.22 {I3} (1994Sc44). 68ZN E 1.19 1 1.80 2 5.489 5 2.99 3 68ZNS E EAV=352.59 52$CK=0.5314 11$CL=0.05887 12$CM+=0.010480 21 68ZN L 1655.87 7 0+ 68ZN G 578.52 13 1.04 5 E2 68ZNS G CC=0.001272 18$KC=0.001139 16$LC=0.0001160 17$MC=1.659E-5 24$ 68ZNS G NC+=6.50E-7 10 68ZN G 1659 7 E0 4.2E-4 10 68ZNX G ECC GT 75E-4 (1972SL03) $K/T=0.54 13 68ZN cG E$from ce (1972Sl03). 68ZN cG M$from |a(exp) (1972Sl03). 68ZN cG TI$includes pair production. From relative ce intensities of 68ZN2cG 1972Sl03, the I|g of 1973La01 and the theoretical calculations of 68ZN3cG 1986PaZM for the K conversion to pair production ratio. The K 68ZN4cG conversion has been increased by 10% to allow for L conversion. 68ZN cG $Ice(K)(1659)/Ice(K)(1077|g)=0.010 {I2} (1972Sl03). 68ZN E 0.000258140.0328 176.898 23 0.0331 17 68ZNS E EAV=107.53 51$CK=0.8772 2$CL=0.09760 2$CM+=0.017382 3 68ZN L 1883.16 5 2+ 68ZN G 227.31 15 0.0037 15 (E2) 0.0300 68ZNS G KC=0.0268 4$LC=0.00286 4$MC=0.000406 6$NC+=1.476E-5 21 68ZN G 805.83 8 2.92 7 M1+E2 -1.55 5 68ZNS G CC=0.000471 7$KC=0.000422 6$LC=4.24E-5 7$MC=6.08E-6 9$NC+=2.43E-7 4 68ZN cG MR$Others: -1.46 {I14} (1973La01) +4 {I+3-2} (1962Ko01). 68ZN G 1883.16 6 4.24 8 (E2) 68ZNS G CC=0.000333 5$KC=6.97E-5 10$LC=6.91E-6 10$MC=9.91E-7 14$NC+=0.000255 4 68ZN E 0.230 4 5.879 8 0.230 4 68ZNS E CK=0.8838$CL=0.09862$CM+=0.01757 68ZN L 2338.48 5 2+ 68ZN G 682.63 7 0.0097 6 (E2) 68ZNF G FLAG=c 68ZNS G CC=0.000789 11$KC=0.000707 10$LC=7.16E-5 10$MC=1.025E-5 15$NC+=4.04E-7 68ZN G 1261.08 9 2.93 6 M1+E2 -0.15 2 68ZNS G CC=0.0001725 25$KC=0.0001418 20$LC=1.409E-5 20$MC=2.02E-6 3$ 68ZNS G NC+=8.19E-8 12 68ZN cG MR$Others: -0.14 {I4} (1973La01), -2.25 {I30} (1963Ta03), -1.8 {I2} 68ZN2cG (1960Ra06). 68ZN G 2338.44 8 0.035 5 (E2) 68ZNS G CC=0.000529 8$KC=4.71E-5 7$LC=4.67E-6 7$MC=6.69E-7 10$NC+=0.000476 7 68ZN E 0.0955 225.754 11 0.0955 22 68ZNS E CK=0.8825$CL=0.09975$CM+=0.01780 68ZN L 2821.86 6 2+ 68ZN G 483.35 16 0.0082 9 M1+E2 0.00175 68ZNS G KC=0.0015 5$LC=0.00016 5$MC=2.2E-5 7$NC+=9.E-7 3 68ZN cG MR$-0.12 {I16} or -1.7 {I9} (1994Vo15). 68ZN G 938.73 6 0.0055 5 M1+E2 -0.7 3 68ZNF G FLAG=c 68ZNS G CC=0.000304 12$KC=0.000272 11$LC=2.72E-5 11$MC=3.90E-6 16$ 68ZNS G NC+=1.57E-7 6 68ZN G 1165.92 15 0.0005 3 E2 68ZNS G CC=0.000211 3$KC=0.000185 3$LC=1.85E-5 3$MC=2.65E-6 4$NC+=4.67E-6 7 68ZN G 1744.42 13 0.295 15 M1+E2 +0.27 2 68ZNS G CC=0.000241 4$KC=7.70E-5 11$LC=7.63E-6 11$MC=1.094E-6 16$NC+=0.0001550 68ZN cG MR$Other: +0.29 {I5} (1973La01). 68ZN G 2821.73 14 0.0144 11 (E2) 68ZNS G CC=0.000740 11$KC=3.43E-5 5$LC=3.39E-6 5$MC=4.86E-7 7$NC+=0.000702 10 68ZN E 0.0104 5 5.113 24 0.0104 5 68ZNS E CK=0.8655 3$CL=0.11381 23$CM+=0.02067 5