66GA 66GE EC DECAY 1970DE39 10NDS 201004
66GA H TYP=FUL$AUT=E. BROWNE, J. K. TULI$CIT=NDS 111, 1093 (2010)$
66GA2 H CUT=3-Mar-2009$
66GA D Modified by E. Browne (June 17, 2009) New BRICC, GTOL, LOGFT.
66GA c 1970De39: measured: E|g, I|g, Ice, E|b+, |g|g, and |b{++}|g
66GA2c coincidences; Ge(Li) and Si(Li) detectors.
66GA c 1969Ba31: measured: E|g, I|g, |g|g and |b{++}|g coincidences, T{-1/2}.
66GA c 1969Bo21: measured: E|g, I|g, |g|g coincidences, T{-1/2}.
66GA c 1969Sa08: measured: E|g, I|g, E|b+, |g|g and |b{++}|g coincidences.
66GA c Others: 1960Ri10, 1970Dz02, 1970Dz06, 1968Vr01.
66GA c The decay scheme is from 1970De39, |g|g coincidence data are from
66GA2c 1969Ba31, 1969Bo21, 1969Sa08, and 1970De39. Other: 1968Vr01.
66GA c Conversion electron data are from 1970De39. T{-1/2} of {+66}Ga excited
66GA2c states have been measured from delayed-|g|g coincidences by 1969Ba31,
66GA3c 1969Bo21, 1970De39.
66GA C 1975Ro25: Measured EG, RI, delayed GG COIN, T.
66GA cE |b{++}|g coincidence data, |b{++} endpoint energies are from
66GA2cE 1970De39. Others: 1969Ba31, 1969Sa08.
66GA cE IB,IE From theoretical I|b{++}/I|e ratios and I(|e+|b{++}) from
66GA2cE I(|g+ce) imbalance at each level.
66GA DG CC$ FROM BrIcc v2.2 (31-Mar-2008) 2008KiAA, "Frozen Orbitals" appr.
66GA2DG Removed mult. from 59.39 gamma.
66GA cG Reported |g|g coincidences inconsistent with decay scheme of
66GA2cG 1970De39: (109|g)(471|g) in 1969Ba31, (44|g)(382|g), (66|g)(316|g),
66GA3cG (109|g)(316|g), and (190|g)(471|g) in 1969Sa08.
66GA cG |a(K)exp and |a(L)exp are from 1970De39.
66GA cG E From 1970De39. Inconsistencies between E|g sums suggest
66GA2cG uncertainties may be underestimated typically by a factor of 2.
66GA cG RI Relative intensity from 1970De39.
66GA cG M,MR From Adopted Gammas, unless otherwise specified.
66GA CG M(X) From measured internal-conversion coefficients.
66GA cG CC(A) Average of M1 and E1 values with an uncertainty large
66GA2cG enough to cover both of them.
66GA CL E Deduced by evaluators from least-squares fit to G-ray
66GA2cL energies.
66GA cL J From Adopted Levels.
66GE P 0.0 0+ 2.26 H 5 2100 30
66GA N 0.283 6 1.0 1.0
66GA cN NR Based on I|g(|g{+|+})/I|g(381.85)=1.54 {I10} (1970De39) and
66GA2cN theoretical I|b{++}/I|e ratios; calculations with these indicate that
66GA3CN the g.s. EC+B+ feeding is zero within the estimated uncertainty. The
66GA4cN normalization factor was calculated by setting the g.s. feeding to be
66GA5CN identically equal to zero, and assuming SUMOF (TI to g.s.)=100%.
66GA PN 3
66GA G 38.58 100.3 3
66GA G 39.97 101.3 7
66GA cG E a strong E|g=39.5 {I3} (I|g=19 {I3}) is placed from a
66GA2cG proposed level at 422 by 1969Sa08.
66GA G 55.4 5 0.3 2
66GA G 529.9 2 0.3 1
66GA G 723.64 100.3 1
66GA G 1059.6 4 0.05 3
66GA G 1094.8 3 0.19 10
66GA G 1250.3 5 0.05 4
66GA G 1329.5 4 0.30 25
66GA G 1536.2 4 0.04 3
66GA G 1548.4 4 0.03 3
66GA L 0.0 0+ 9.49 H 3
66GA CL T From Adopted Levels.
66GA L 43.81 3 1+ 18.0 NS 9
66GA cL T From (338|g)(43.8|g)(t) (1975Ro25)
66GA2cL others, from delayed-|g|g coincidences: 12 ns {I1} (1969Ba31), 21 ns
66GA3cL {I2} (1969Bo21), <12 ns (1970De39).
66GA E 7.2 12 5.7 9 5.43 8 12.9 20C
66GAS E EAV=446 14 $CK=0.393 22 $CL=0.0438 24 $CM+=0.0079 5
66GA cE E|b+ endpoint energy=1028 {I30} from |b{++}(44|g) coincidence
66GAxcE (1970De39)
66GA G 43.89 7 103 3 M1 0.696 XC
66GA3 G EKC=0.64 5$ ELC=0.092 7
66GA2 G KC=0.619 10$LC=0.0669 10$MC=0.00978 15$NC+=0.000514 8
66GA3 G NC=0.000514 8
66GA L 66.14 4 (2)+
66GA E 0.7 6 0.6 6 6.4 4 1.3 12 ?
66GAS E EAV=437 14 $CK=0.408 22 $CL=0.0455 25 $CM+=0.0083 5
66GA G 22.43 6 5.6 4 M1+E2 0.079 17 5.9 5 C
66GA3 G ELC=0.77 13
66GA2 G KC=5.0 4$LC=0.77 14$MC=0.111 20$NC+=0.0043 4
66GA3 G NC=0.0043 4
66GA cG E 21|g placed from level at 536.6 in 1969Sa08.
66GA L 108.874 211+ 1.2 NS 2
66GA cL T from (246|g,273|g)(109|g)(t) (1969Ba31)
66GA E 0.7 6 0.6 6 6.4 4 1.3 12 ?
66GAS E EAV=418 14 $CK=0.440 23 $CL=0.049 3 $CM+=0.0089 5
66GA G 42.83 204 1 [M1] 0.747 15 C ?
66GA2 G KC=0.664 13$LC=0.0718 14$MC=0.01050 21$NC+=0.000551 11
66GA3 G NC=0.000551 11
66GA cG E 42.83|g seen only in coincidence with 43.89|g (1970De39)
66GA G 65.12 1125.4 10(M1+E2) 0.04 LT 0.230 5 XC
66GA3 G EKC=0.208 14$ ELC=0.021 4
66GA2 G KC=0.205 4$LC=0.0220 5$MC=0.00322 7$NC+=0.000169 3
66GA3 G NC=0.000169 3
66GA G 108.85 3 37.4 12M1 0.0556 XC
66GA3 G EKC=0.050 4$ ELC=0.006 3
66GA2 G KC=0.0495 7$LC=0.00524 8$MC=0.000766 11$NC+=4.07E-5 6
66GA3 G NC=4.07E-5 6
66GA L 162.44 5 (3)+
66GA G 53.39 201.1 LE C
66GA cG RI 1.1 {I4} from 1970De39. In serious disagreement with the very
66GA2cG weak 53|g branch observed in {+66}Zn(p,n|g).
66GA G 96.34 9 0.7 2 (M1+E2) 0.4 4 C
66GA2 G KC=0.4 4$LC=0.05 4$MC=0.007 6$NC+=0.00030 25
66GA3 G NC=0.00030 25
66GA L 234.065 252+
66GA G 71.62 4 0.6 1 [D] 0.178 A
66GAS G KC=0.1562$ LC=0.0163
66GA G 125.17 3 1.1 1 M1+E2 0.17 14 C
66GA2 G KC=0.15 12$LC=0.017 14$MC=0.0025 20$NC+=0.00012 9
66GA3 G NC=0.00012 9
66GA cG MR -4.0 {I5} for J|p(234)=2+, -0.34 {I10} for J|p(234)=1+ from
66GA2cG |g(|q) in (|a,n|g); <0.24 from |a(K)exp in (p,n|g)
66GA G 190.20 3 20.3 15M1+E2 0.27 10 0.016 3 XC
66GA2 G EKC=0.0144 19
66GA3 G KC=0.0145 24$LC=0.0015 3$MC=0.00022 4$NC+=1.17E-5 18
66GA4 G NC=1.17E-5 18
66GA cG M,MR from |a(K)exp=0.0144 {I19} in {+66}Ge |e decay
66GA G 234.02 200.3 1 E2 0.0291
66GA2 G KC=0.0259 4$LC=0.00281 4$MC=0.000408 6$NC+=2.02E-5 3
66GA3 G NC=2.02E-5 3
66GA L 290.90 3 (0,1)+
66GA G 182.03 4 20.2 10M1+E2 -0.22 12 0.017 4 XC
66GA3 G EKC=0.0115 15
66GA2 G KC=0.015 3$LC=0.0016 4$MC=0.00024 5$NC+=1.23E-5 24
66GA3 G NC=1.23E-5 24
66GA G 225.93 240.7 2 ?
66GA3 G FL=66.14
66GA G 291.23 160.9 5
66GA L 381.859 241+
66GA E 12.0 14 36.3 20 4.47 4 48.3 19C
66GAS E EAV=299 13 $CK=0.664 25 $CL=0.074 3 $CM+=0.0135 5
66GA cE E|b+ endpoint energy=668 {I30} from |b{++}(382|g) coincidence
66GAxcE (1970De39)
66GA G 90.94 5 1.4 4 [M1] 0.0904 C
66GA2 G KC=0.0806 12$LC=0.00856 12$MC=0.001252 18$NC+=6.64E-5 10
66GA3 G NC=6.64E-5 10
66GA G 147.79 3 4.6 9 [M1] 0.0247 C
66GA2 G KC=0.0220 3$LC=0.00231 4$MC=0.000338 5$NC+=1.80E-5 3
66GA3 G NC=1.80E-5 3
66GA G 272.97 4 37.4 13 M1+E2 +0.24 10 C
66GAS G CC=0.0058 6$KC=0.0052 5$LC=0.00054 6$MC=7.9E-5 8$NC+=4.2E-6 4
66GAS G NC=4.2E-6 4
66GA G 315.55 132.9 1 C
66GA cG E placed from a proposed level at 422 by 1969Sa08.
66GA G 338.05 3 31.0 20 M1+E2 -0.05 9 C
66GAS G CC=0.00311 9$KC=0.00278 8$LC=0.000286 9$MC=4.18E-5 13$NC+=2.25E-6 7
66GAS G NC=2.25E-6 7
66GA G 381.85 5 100 5 M1 XC
66GA CG RI DRI=5 estimated by evaluators.
66GA3 G EKC=0.0020 3
66GAS G CC=0.00232 4$KC=0.00208 3$LC=0.000213 3$MC=3.11E-5 5$NC+=1.678E-6 24
66GAS G NC=1.678E-6 24
66GA L 536.62 3 1+
66GA E 2.7 5 19.5 9 4.66 4 22.2 8 C
66GAS E EAV=233 13 $CK=0.777 20 $CL=0.0869 22 $CM+=0.0158 4
66GA cE E|b+ endpoint energy=558 {I50} from |b{++}|g(537) coincidence
66GAxcE (1970De39)
66GA G 154.74 3 1.1 1 [M1] 0.0219 C
66GA2 G KC=0.0195 3$LC=0.00204 3$MC=0.000299 5$NC+=1.597E-5 23
66GA3 G NC=1.597E-5 23
66GA G 245.71 3 19.2 7 M1 C
66GAS G CC=0.00675 10$KC=0.00603 9$LC=0.000623 9$MC=9.12E-5 13$NC+=4.90E-6 7
66GAS G NC=4.90E-6 7
66GA cG E doublet proposed in 1969Sa08 with one |g placed from
66GA2cG the 537 level and the additional one placed from the 291 level.
66GA G 302.52 3 8.9 7 C
66GA G 427.83 6 1.9 4 C
66GA G 470.62 6 26.4 13 C
66GA cG E placed from a proposed level at 514 in 1969Bo21, 1969Sa08.
66GA G 492.63 152.2 1 C
66GA G 536.74 7 21.9 7 M1
66GAS G CC=0.001060 15$KC=0.000949 14$LC=9.65E-5 14$MC=1.411E-5 20$NC+=7.64E-7
66GAS G NC=7.64E-7 11
66GA L 664.26 10(1,2)+
66GA G 555.01 200.4 LE * ?
66GA G 619.46 150.3 LEM1 * ?
66GA3 G FL=43.81
66GAS G CC=0.000770 11$KC=0.000690 10$LC=7.00E-5 10$MC=1.023E-5 15$NC+=5.54E-7
66GAS G NC=5.54E-7 8
66GA G 664.8 3 0.3 1
66GA L 705.990 231+
66GA E 0.31 10 9.0 5 4.90 4 9.3 5
66GAS E EAV=162 13 $CK=0.854 10 $CL=0.0956 11 $CM+=0.01735 20
66GA G 41.84 100.5 4 [D] 0.85 3 A
66GAS G KC=0.74$ LC=0.08
66GA G 169.47 100.6 3 [M1] 0.01729
66GA2 G KC=0.01543 22$LC=0.001611 23$MC=0.000236 4$NC+=1.261E-5 18
66GA3 G NC=1.261E-5 18
66GA cG E given as 166 {I1} by 1969Ba31.
66GA G 323.8 3 0.5 1
66GA G 415.28 131.5 2 C
66GA G 472.00 1111.6 8 C
66GA G 597.14 4 0.9 1 C
66GA G 639.74 112.1 1
66GA cG E placed from a proposed level at 640 in 1969Sa08.
66GA G 662.19 5 0.4 1
66GA G 705.94 3 15.2 7 M1
66GAS G CC=0.000579 9$KC=0.000519 8$LC=5.25E-5 8$MC=7.68E-6 11$NC+=4.16E-7 6
66GAS G NC=4.16E-7 6
66GA L 865.82 10 1+
66GA E 0.0031 22 0.80 9 5.84 6 0.80 9
66GAS E EAV=95 13 $CK=0.8796 24 $CL=0.0986 3 $CM+=0.01792 6
66GA G 201.1 3 0.3 1
66GA G 484.11 200.3 1
66GA G 757.31 172.3 1 M1,E2 C
66GAS G CC=0.00057 8$KC=0.00051 7$LC=5.2E-5 8$MC=7.6E-6 11$NC+=4.1E-7 6
66GAS G NC=4.1E-7 6
66GA G 799.2 4 0.08 6
66GA G 821.80 150.1 1
66GA G 865.82 230.9 LE * ?
66GA L 974.14 6 (1,2+)
66GA E 0.17 5 6.43 13 0.17 5
66GAS E CK=0.8827 $CL=0.09913 $CM+=0.01801
66GA G 740.12 100.2 1
66GA G 812.4 4 0.08 6
66GA G 865.82 230.9 LE * ?
66GA G 907.89 6 0.13 8
66GA G 930.26 200.10 4
66GA G 974.91 200.09 8
66GA cG E particularly poor fit to level energy difference.
66GA2cG Probable |DE|g|?1.
66GA L 1001.38 15
66GA E 0.10 3 6.64 14 0.10 3
66GAS E CK=0.8828 $CL=0.09918 $CM+=0.01802
66GA G 619.46 150.3 LE * ?
66GA G 892.06 200.2 1
66GA G 935.68 200.15 3
66GA L 1061.98 22
66GA E 0.12 6 6.51 22 0.12 6
66GAS E CK=0.8827 $CL=0.09927 $CM+=0.01804
66GA G 196.1 3 0.2 2
66GA G 995.9 3 0.22 6
66GA L 1076.6 4
66GA E 0.07 6 6.7 4 0.07 6
66GAS E CK=0.8827 $CL=0.09929 $CM+=0.01804
66GA G 370.5 5 0.2 2
66GA G 1010.5 5 0.06 4
66GA L 1164.22 22
66GA E 0.08 4 6.60 22 0.08 4
66GAS E CK=0.8825 $CL=0.09944 $CM+=0.01807
66GA G 782.3 4 0.2 1
66GA G 1120.42 250.10 6
66GA L 1210.18 4
66GA E 0.18 3 6.20 8 0.18 3
66GAS E CK=0.8824 $CL=0.09953 $CM+=0.01809
66GA G 1101.26 4 0.53 7
66GA G 1144.13 6 0.12 7
66GA L 1456.09 7 1+
66GA E 1.30 10 5.06 6 1.30 10
66GAS E CK=0.8815 $CL=0.10022 13 $CM+=0.01823 3
66GA G 919.38 240.51 20
66GA G 1165.83 210.8 2
66GA cG E particularly poor fit to level energy difference.
66GA2cG Probable |DE|g|?1.
66GA G 1221.88 7 1.57 10
66GA G 1347.35 250.23 8
66GA G 1412.54 171.30 10
66GA G 1456.6 6 0.30 10
66GA L 1556.66 4 1+
66GA E 1.41 11 4.87 7 1.41 11
66GAS E CK=0.8810 $CL=0.10069 18 $CM+=0.01833 4
66GA G 555.01 200.4 LE * ?
66GA G 1020.3 3 0.05 3
66GA G 1174.74 170.43 7
66GA G 1265.0 4 0.28 5
66GA G 1322.54 4 1.58 10 C
66GA G 1490.43 190.40 10
66GA G 1512.87 4 2.4 3 C
66GA L 1573.7 3 1(+)
66GA E 0.18 12 5.7 3 0.18 12
66GAS E CK=0.8809 $CL=0.10079 19 $CM+=0.01835 4
66GA G 1339.6 3 0.05 4
66GA G 1507.8 6 0.6 4
66GA L 1769.35 201+
66GA E 0.18 6 5.33 17 0.18 6
66GAS E CK=0.8786 $CL=0.1027 6 $CM+=0.01874 11
66GA G 1387.4 4 0.05 4
66GA G 1478.6 4 0.07 7
66GA G 1660.2 4 0.16 12
66GA G 1769.5 4 0.34 12