76BR 76KR EC DECAY (14.79 H) 1973PA02,1973LO07 24NDS 202401
76BR H TYP=FUL$AUT=Balraj Singh, Jun Chen and Ameenah R. Farhan$
76BR2 H CIT=NDS 194, 3 (2024)$CUT=8-Jan-2024
76BR c 1973Pa02: {+76}Kr source produced in {+79}Br(p,4n),E=45 MeV reaction
76BR2c at the McGill synchrocyclotron. Measured E|g, I|g, |g|g-coin, ce data
76BR3c and and half-life of 14.6 h {I2} from |g-decay curves using Ge(Li)
76BR4c detectors for |g radiation and Si detector for electrons Contaminant
76BR5c |g rays were from decays of {+76}Br and {+79}Kr. Authors quoted, in
76BR6c their Table 2, earlier conversion electron data for 45.5-, (57.2- or
76BR7c 71-), 63.7-, 91.1-, 95.1-, 104-, 135-, 143-, 269- and 315-keV
76BR8c transitions from Ph.D. thesis by A. Carter, McGill University (1958)
76BR c 1973Lo07: mass-separated sources of {+76}Kr produced at ISOLDE-CERN
76BR2c using 600-MeV synchrocyclotron facility. Measured E|g, I|g,
76BR3c |g|g-coin, ce (for two transitions), |g|g(t) and (ce)(ce)(t) data.
76BR4c Contaminant |g rays were from decays of {+76}Br, {+75}Br and {+77}Kr
76BR c Others:
76BR c 1979De39: measured thick-target yield in {+76}Se({+3}He,n) and
76BR2c {+77}Se({+3}He,4n), both at E({+3}He)=38.5 MeV
76BR c 1963Do04: {+76}Kr produced in spallation reaction: Ag,U(p,X),E=3,30
76BR2c GeV, and {+74}Se(|a,2n),E=30 MeV at the Brookhaven National
76BR3c Laboratory. Measured |g-ray spectra, and half-life of 14.8 h {I1} for
76BR4c the decay of {+76}Kr by growth and decay method. Reported 39-, 73-,
76BR5c 104-, 135-, 197-, 267-, 316-, 360-, 407- and 452-keV |g rays
76BR c 1955Th01: {+76}Kr produced in {+79}Br(p,4n),E=60 MeV. Measured |g
76BR2c spectrum and half-life of {+76}Kr decay
76BR c 1954Ca03: {+76}Kr produced and identified in spallation reaction:
76BR2c Y(p,X),E=150, 175, 240 MeV from Rochester cyclotron. Measured
76BR3c half-life of 9.7 h {I5} for the decay of {+76}Kr.
76BR cE TI$From |g-intensity balance at each level. Average |b feeding was
76BR2cE taken from intensity balances by including and excluding uncertain |g
76BR3cE ray placements (marked with ?) in calculating the intensity balances
76BR cG $I(x rays)=1.70 {I17} relative to 100 for 315.8|g (1973Pa02).
76BR2cG I(K{-|a1}+K{-|a2} x rays)/I|g(45.5|g)=2.87 {I15} (1973Lo07).
76BR cG E,RI$From 1973Pa02, unless otherwise stated. Note that original
76BR2cG values of intensities are absolute values in 1973Pa02 but relative
76BR3cG values normalized to I|g(252|g)=100. The quoted values in this
76BR4cG dataset are relative values deduced by the evaluators from those
76BR5cG original values by re-normalizing them to I|g=100 of the strongest
76BR6cG 315.8|g
76BR cG M,MR$From ce data (1973Pa02,1973Lo07)
76BR cG E(A),RI(A)$|g reported by 1973Lo07 only. Treated as uncertain
76BR2cG (evaluators)
76BR cG E(B)$|g reported by 1973Lo07 only. Probably contributed by {+76}Br
76BR2cG decay
76BR cG E(D)$|g reported by 1973Pa02 only. Treated as uncertain (evaluators)
76BR cG E(F)$Placement from 1973Lo07, considered as uncertain by evaluators
76BR cG E(X)$Questionable assignment to {+76}Kr |e decay
76BR cL $The 260 and 280 levels proposed by 1973Pa02 and 432, 808 and 932
76BR2cL levels proposed by 1973Lo07 have been omitted by the evaluators. The
76BR3cL transitions connected with these levels have either not been
76BR4cL confirmed or have been relocated
76BR cL E$From a least-squares fit to E|g data, not including the transitions
76BR2cL which are uncertain placements
76BR cL J$From Adopted Levels
76BR cL T$From |g|g(t) and (ce)(ce)(t) data of 1973Lo07
76BR DG CC$FROM BrIcc v2.3e (17-Jun-2020) 2008Ki07, "Frozen Orbitals" appr.
76BR DE EAV,LOGFT$FROM BetaShape v2.3.1 (Dec-2023) 2023Mo21.
76KR P 0.0 0+ 14.79 H 5 1275 10
76KR cP T$From {+76}Kr Adopted Levels
76KR cP QP$From 2021Wa16
76BR N 0.377 21 1.0 1.0
76BR cN NR$From summed transition intensity=97 {I3}, based on measured
76BR2cN I(|g{++-})|<1.00, relative to 100 for 315.8|g in 1973Pa02, from which
76BR3cN deduced g.s. feeding is <6% (or 3% {I3}). Note that |?3% intensity
76BR4cN may be associated with unplaced |g rays, but with questionable
76BR5cN isotopic assignment. The |g-normalization factor of 0.373 {I24} can
76BR6cN be compared with 0.358 {I36} in 1973Pa02.
76BR PN 3
76BR G 76.3 3 0.34 9
76BRF G FLAG=AX
76BRX G AI=0.128 35
76BR cG E$placement from 432 level in 1973Lo07 is not adopted (evaluators)
76BR G 113.4 3 0.34 9
76BRF G FLAG=AX
76BRX G AI=0.128 35
76BR G 121.3 3 0.51 9
76BRF G FLAG=AX
76BRX G AI=0.19 4
76BR G 141.9 3 0.51 14
76BRF G FLAG=AX
76BRX G AI=0.19 6
76BR G 179.9 3 0.43 9
76BRF G FLAG=AX
76BRX G AI=0.16 4
76BR cG E$placement from 432 level in 1973Lo07 is not adopted (evaluators)
76BR G 192.2 4 0.119 23
76BRX G AI=0.045 9
76BR cG E$weighted average of 192.0 {I4} (1973Pa02) and 192.8 {I7} (1973Lo07)
76BR cG RI$weighted average of 0.112 {I23} (1973Pa02) and 0.17 {I6} (1973Lo07)
76BR cG $1973Pa02 suggested placement from 452 level to 260 level is not
76BR2cG adopted by the evaluators
76BR G 234.7 3 0.34 7
76BRF G FLAG=DX
76BRX G AI=0.128 27
76BR cG E$placement from 280 level in 1973Pa02 is not adopted (evaluators)
76BR G 239.0 3 0.69 9
76BRF G FLAG=AX
76BRX G AI=0.26 4
76BR G 428.5 5 0.43 11
76BRF G FLAG=AX
76BRX G AI=0.16 4
76BR G 438.6 4 0.34 9
76BRF G FLAG=AX
76BRX G AI=0.128 35
76BR G 473.1 3 0.86 12
76BRF G FLAG=BX
76BRX G AI=0.32 5
76BR G 520.9 3 0.51 9
76BRF G FLAG=AX
76BRX G AI=0.19 4
76BR G 575.9 3 0.32 6
76BRF G FLAG=X
76BRX G AI=0.121 24
76BR cG E$weighted average of 576.0 {I3} (1973Pa02) and 575.7 {I5} (1973Lo07)
76BR cG RI$weighted average of 0.31 {I6} (1973Pa02) and 0.34 {I12} (1973Lo07)
76BR G 599.2 4 0.51 17
76BRF G FLAG=BX
76BRX G AI=0.19 7
76BR G 640.9 4 0.51 17
76BRF G FLAG=AX
76BRX G AI=0.19 7
76BR G 666.0 4 0.34 14
76BRF G FLAG=BX
76BRX G AI=0.13 5
76BR G 911.0 10 0.31 6
76BRF G FLAG=DX
76BRX G AI=0.117 24
76BR G 1030.3 5 0.69 26
76BRF G FLAG=BX
76BRX G AI=0.26 10
76BR G 1070.3 5 0.77 26
76BRF G FLAG=AX
76BRX G AI=0.29 10
76BR L 0.0 1-
76BR E 0.03 LT6 LT6.0 GT 6 LT ?
76BRS E EAV=114.4 43$CK=0.8739 7$CL=0.10136 9$CM+=0.02032 2
76BR cE TI$<6% deduced from measured x-ray intensity (1973Pa02); -5% {I5}
76BR2cE (1973Lo07) deduced from measured I(K{-|a1}+K{-|a2} x
76BR3cE rays)/I|g(45.5|g) = 2.87 {I15} and |a(K)exp for 45.5|g. Value of log|
76BR4cE {Ift}>5.9 for first-forbidden transition gives I(|e+b{++})<8%
76BR L 45.50 11 (2)- 1.13 NS 6
76BR G 45.50 15 47.8 34 M1 1.056 18 C
76BRX G EKC=0.96 9$AI=18.0 11
76BRS G KC=0.932 16$LC=0.1051 18$MC=0.01673 28$NC=0.001545 26
76BR cG E$weighted average of 45.5 {I2} (1973Pa02) and 45.50 {I15} (1973Lo07)
76BR cG RI$weighted average of 50 {I5} (1973Pa02) and 46.8 {I34} (1973Lo07)
76BR cG $Absolute Ice(K)=17.5 {I8}, Ice(L+M)=2.28 (1973Pa02). Ice(L+M) is
76BR2cG deduced from Ice(L+M)(45.5|g)+Ice(K)(57.2|g)=2.55 {I16}.
76BR E 0.1 LT8.5 GT 0.1 LT 1U?
76BRS E CK=0.8748$CL=0.10409 5$CM+=0.020899 9
76BR cE TI$intensity balance gives -3% {I3}, consistent with no |b feeding
76BR L 102.66 20 (4)+ 1.31 S 2 M
76BR2 L %IT GT 99.4$%EC+%B+ LT 0.6
76BR cL $Population of this level suggested by evaluators
76BR G 57.1 2 0.20 6 M2 9.59 19
76BRX G EKC=4.1$AI=0.075 23
76BRS G KC=8.10 16$LC=1.263 25$MC=0.205 4$NC=0.0183 4
76BR cG E$weighted average of 57.2 {I2} (1973Pa02) and 57.0 {I2} (1973Lo07).
76BR2cG Placement suggested on the basis of {+76}Br IT decay; placed from 317
76BR3cG to 260 level by 1973Pa02; unplaced in 1973Lo07
76BR cG RI$unweighted average of 0.14 {I3} (1973Pa02) and 0.26 {I5} (1973Lo07)
76BR cG M$from the Adopted dataset. |a(K)exp in 1973Pa02 is too low to be
76BR2cG consistent with mult=M2
76BR cG $Absolute Ice(K)=0.27, Ice(L+M)(57.2|g)+Ice(K)(63.6|g)=0.078 {I7}
76BR2cG (1973Pa02). Ice(K) is deduced from
76BR3cG Ice(L+M)(45.5|g)+Ice(K)(57.2|g)=2.55 {I16}
76BR cG $|a(L+M)exp from 1958-Carter work cited in Table 2 of 1973Pa02
76BR L 150.52 13 (0,1,2)
76BR G 104.9 2 0.42 9 [D] 0.087 14 C
76BRX G AI=0.16 4
76BR cG E$weighted average of 104.9 {I2} (1973Pa02) and 105.0 {I3} (1973Lo07)
76BR cG RI$other: 0.086 {I26} (1973Lo07, seen only in |g|g-coin)
76BR G 150.5 2 0.66 LT [D] 0.032 7 &
76BRX G AI=0.12 12
76BR cG E$also from 1973Lo07
76BR cG RI$from 0.56 {I10} for the doublet, weighted average of 0.50 {I10}
76BR2cG (1973Pa02) and 0.69 {I14} (1973Lo07)
76BR L 252.05 12 (2)+ 2.18 NS 9
76BR G 150.5 2 0.66 LT [E2] 0.193029 & ?
76BRL G FL=102.66
76BRX G AI LT 0.25
76BRS G KC=0.1681 25$LC=0.02124 32$MC=0.00336 5$NC=0.000292 4
76BR cG E$also from 1973Lo07; placement suggested by the evaluators
76BR cG RI$from 0.56 {I10} for the doublet, weighted average of 0.50 {I10}
76BR2cG (1973Pa02) and 0.69 {I14} (1973Lo07)
76BR G 252.1 2 17.0 9 E1 0.005608 C
76BRX G EKC=0.0060 5 (1973Pa02)$AI=6.4 5
76BRS G KC=0.00498 7$LC=0.000526 7$MC=8.33E-5 12$NC=7.72E-6 11
76BR cG E$weighted average of 252.0 {I2} (1973Pa02) and 252.2 {I2} (1973Lo07)
76BR cG RI$weighted average of 16.2 {I16} (1973Pa02) and 17.2 {I9} (1973Lo07)
76BR cG $Absolute Ice(K)=0.035 {I3} (1973Pa02)
76BR L 315.68 11 1+
76BR G 63.7 2 0.30 13 M1(+E2) 0.2 LT 0.48 8 C
76BRX G EKC=0.46 (1973Pa02)$AI=0.11 5
76BRS G KC=0.42 7$LC=0.053 13$MC=0.0084 20$NC=0.00074 16
76BR cG E$weighted average of 63.6 {I2} (1973Pa02) and 63.8 {I2} (1973Lo07)
76BR cG RI$unweighted average of 0.17 {I4} (1973Pa02) and 0.43 {I7} (1973Lo07)
76BR cG $Absolute Ice(K)(63.6|g)+Ice(L+M)(57.2|g)=0.078 {I7} (1973Pa02)
76BR cG $|a(K)exp from 1958-Carter work cited in Table 2 of 1973Pa02
76BR G 270.3 2 52.7 34 (E1) 0.004607 C
76BRX G EKC=0.0044 4$AI=19.9 17
76BRS G KC=0.00409 6$LC=0.000432 6$MC=6.84E-5 10$NC=6.34E-6 9
76BR cG E$weighted average of 270.2 {I2} (1973Pa02) and 270.4 {I2} (1973Lo07)
76BR cG RI$weighted average of 54 {I6} (1973Pa02) and 52.7 {I34} (1973Lo07)
76BR cG M$|a(K)exp and |a(L+M)exp for 270.2|g+271.6|g consistent with E1 for
76BR2cG both |g rays in 1973Pa02
76BR cG $Absolute Ice(K)(270.2+271.6)=0.105 {I3}, Ice(L+M)(270.2+271.6)=0.011
76BR2cG {I2} (1973Pa02)
76BR G 315.8 2 100 7 E1 0.002984 C
76BRX G EKC=0.0026 2$AI=37.7 23
76BRS G KC=0.00265 4$LC=0.000280 4$MC=4.44E-5 6$NC=4.12E-6 6
76BR cG E$weighted average of 315.7 {I2} (1973Pa02) and 315.8 {I2} (1973Lo07)
76BR cG RI$from 1973Lo07. Other: 100 {I10} (1973Pa02)
76BR cG $Absolute Ice(K)=0.093 {I6}, Ice(L+M)=0.011 {I1} (1973Pa02)
76BR E 53.3 314.80 3 53.3 31
76BRS E CK=0.8771$CL=0.10236 3$CM+=0.020532 6
76BR L 317.08 12 (2+)
76BR G 166.7 2 0.46 9 [D,E2] 0.08 6
76BRX G AI=0.17 4
76BR cG E$weighted average of 166.7 {I2} (1973Pa02) and 166.8 {I3} (1973Lo07)
76BR cG RI$weighted average of 0.42 {I9} (1973Pa02) and 0.51 {I10} (1973Lo07)
76BR G 214.5 2 0.65 14 [E2] 0.05268
76BRX G AI=0.25 6
76BRS G KC=0.0462 7$LC=0.00546 8$MC=0.000864 12$NC=7.69E-5 11
76BR cG E$weighted average of 214.5 {I2} (1973Pa02) and 214.4 {I4}
76BR2cG (1973Lo07). Placement suggested by the evaluators on the basis of
76BR3cG (135|g)(214|g)-coin in 1973Lo07; it is placed from 260 to 46 level in
76BR4cG 1973Pa02 and unplaced in 1973Lo07
76BR cG RI$unweighted average of 0.78 {I8} (1973Pa02) and 0.51 {I6} (1973Lo07)
76BR G 271.7 2 11.6 12 (E1) 0.004536 C
76BRX G EKC=0.0044 4$AI=4.4 5
76BRS G KC=0.00403 6$LC=0.000426 6$MC=6.74E-5 10$NC=6.25E-6 9
76BR cG E$weighted average of 271.6 {I2} (1973Pa02) and 271.8 {I2} (1973Lo07)
76BR cG RI$weighted average of 11.5 {I12} (1973Pa02) and 11.7 {I14} (1973Lo07)
76BR cG M$|a(K)exp and |a(L+M)exp for 270.2|g+271.6|g consistent with E1 for
76BR2cG both |g rays in 1973Pa02. See comment for 270.3|g from 315 level
76BR cG $Absolute Ice(K)(270.2+271.6)=0.105 {I3}, Ice(L+M)(270.2+271.6)=0.011
76BR2cG {I2} (1973Pa02)
76BR G 317.2 4 1.20 34 C
76BRX G AI=0.45 13
76BR cG E,RI$from |g|g-coin, |g only in 1973Lo07
76BR L 355.28 11 1+ 0.5 NS 2
76BR G 39.5 2 0.15 5 [M1] 1.590 32 C
76BRX G AI=0.057 19
76BRS G KC=1.404 29$LC=0.1585 32$MC=0.0252 5$NC=0.00233 5
76BR cG E$weighted average of 40.0 {I6} (1973Pa02) and 39.4 {I2} (1973Lo07)
76BR cG RI$weighted average of 0.14 {I3} (1973Pa02) and 0.34 {I12} (1973Lo07)
76BR G 103.24 15 9.2 9 M1(+E2) 0.15 LT 0.112 8 C
76BRX G EKC=0.10 1$AI=3.5 4
76BRS G KC=0.099 7$LC=0.0112 9$MC=0.00179 15$NC=0.000164 12
76BR cG E$weighted average of 103.3 {I2} (1973Pa02) and 103.20 {I15}
76BR2cG (1973Lo07)
76BR cG RI$weighted average of 8.5 {I9} (1973Pa02) and 9.8 {I9} (1973Lo07)
76BR cG $Absolute Ice(K)=0.300 {I10}, Ice(L+M)=0.061 {I8} (1973Pa02)
76BR G 309.9 2 6.5 7 C
76BRX G AI=2.45 30
76BR cG E$weighted average of 309.8 {I2} (1973Pa02) and 309.9 {I2} (1973Lo07)
76BR cG RI$weighted average of 6.6 {I7} (1973Pa02) and 6.2 {I9} (1973Lo07)
76BR G 355.3 2 12.8 13
76BRX G AI=4.8 5
76BR cG E$also from 1973Lo07
76BR cG RI$weighted average of 12.6 {I13} (1973Pa02) and 13.2 {I17} (1973Lo07)
76BR E 10.2 9 5.48 4 10.2 9
76BRS E CK=0.8770$CL=0.10246 3$CM+=0.020554 6
76BR L 446.15 16 (1)+
76BR G 91.0 2 1.3 8 M1(+E2) 0.35 LT 0.21 6 C
76BRX G EKC=0.16 2 (1973Pa02)$AI=0.49 30
76BRS G KC=0.18 5$LC=0.022 8$MC=0.0036 12$NC=3.2E-4 10
76BR cG E$weighted average of 91.1 {I2} (1973Pa02) and 90.9 {I2} (1973Lo07)
76BR cG RI$unweighted average of 0.53 {I11} (1973Pa02) and 2.1 {I4} (1973Lo07)
76BR cG $Absolute Ice(K)=0.030 {I2} (1973Pa02)
76BR G 294.9 3 0.50 10
76BRX G AI=0.19 4
76BR cG E$weighted average of 295.0 {I3} (1973Pa02) and 294.8 {I3}
76BR2cG (1973Lo07). Unplaced in 1973Lo07
76BR cG RI$weighted average of =0.50 {I10} (1973Pa02) and 0.51 {I14}
76BR2cG (1973Lo07)
76BR G 446.4 3 1.5 LT &
76BRX G AI=0.28 28
76BR cG E$weighted average of 446.2 {I3} (1973Pa02) and 446.5 {I3}
76BR2cG (1973Lo07). Placement from 1973Pa02
76BR cG RI$from 1.27 {I27} for the doublet, weighted average of 1.00 {I10}
76BR2cG (1973Pa02) and 1.54 {I26} (1973Lo07). See also 446.4 from 898 level
76BR E 0.9 5 6.44 25 0.9 5
76BRS E CK=0.8767$CL=0.10271 4$CM+=0.020613 8
76BR L 451.96 11 1+ 0.4 NS 1
76BR G 96.7 2 0.44 16 M1(+E2) 0.25 LT 0.151 26 C
76BRX G EKC=0.15 1 (1973Pa02)$AI=0.17 6
76BRS G KC=0.133 22$LC=0.0156 33$MC=0.0025 5$NC=0.00022 4
76BR cG E$weighted average of 96.6 {I2} (1973Pa02) and 96.7 {I2} (1973Lo07)
76BR cG RI$unweighted average of 0.28 {I6} (1973Pa02) and 0.60 {I9} (1973Lo07)
76BR cG $Absolute Ice(K)=0.015 {I3} (1973Pa02)
76BR G 134.9 2 6.8 7 (M1) 0.05097 C
76BRX G EKC=0.044 4$AI=2.57 30
76BRS G KC=0.0451 7$LC=0.00496 7$MC=0.000790 11$NC=7.34E-5 11
76BR cG E$other: 134.8 {I2} (1973Lo07)
76BR cG RI$weighted average of 6.5 {I7} (1973Pa02) and 7.2 {I9} (1973Lo07)
76BR cG M$ce data for 134.9|g+136.4|g consistent with M1 for both |g rays
76BR2cG (1973Pa02)
76BR cG $Absolute Ice(K)(134.9+136.4)=0.180 {I10},
76BR2cG Ice(L+M)(134.9+136.4)=0.026 {I4} (1973Pa02)
76BR G 136.3 2 2.66 28 (M1) 0.04967 C
76BRX G EKC=0.044 4$AI=1.00 12
76BRS G KC=0.0439 6$LC=0.00482 7$MC=0.000768 11$NC=7.14E-5 10
76BR cG E$weighted average of 136.4 {I2} (1973Pa02) and 136.2 {I2} (1973Lo07)
76BR cG RI$weighted average of 2.74 {I28} (1973Pa02) and 2.4 {I5} (1973Lo07)
76BR cG M$ce data for 134.9|g+136.4|g consistent with M1 for both |g rays
76BR2cG (1973Pa02)
76BR cG $Absolute Ice(K)(134.9+136.4)=0.180 {I10},
76BR2cG Ice(L+M)(134.9+136.4)=0.026 {I4} (1973Pa02)
76BR G 199.9 2 3.11 30 M1+E2 0.6 2 0.031 6 C
76BRX G EKC=0.027 3 (1973Pa02)$AI=1.17 13
76BRS G KC=0.028 6$LC=0.0032 7$MC=0.00050 11$NC=4.5E-5 9
76BR cG E$weighted average of 199.8 {I2} (1973Pa02) and 199.9 {I2} (1973Lo07)
76BR cG RI$weighted average of 3.00 {I30} (1973Pa02) and 3.43 {I52} (1973Lo07)
76BR cG $Absolute Ice(K)=0.030 {I3} (1973Pa02)
76BR G 406.5 2 30.3 26 E1 1.52E-32 C
76BRX G EKC=0.0016 3 (1973Pa02)$AI=11.4 12
76BRS G KC=0.001352 19$LC=0.0001423 20$MC=2.254E-5 32$NC=2.098E-6 30
76BR cG E$also from 1973Lo07
76BR cG RI$weighted average of 30.7 {I31} (1973Pa02) and 30.0 {I26} (1973Lo07)
76BR cG $Absolute Ice(K)=0.018 {I3} (1973Pa02)
76BR G 452.0 2 24.5 25
76BRX G AI=9.2 10
76BR cG E$weighted average of 451.9 {I2} (1973Pa02) and 452.1 {I2} (1973Lo07)
76BR cG RI$weighted average of 25.1 {I25} (1973Pa02) and 23.2 {I35} (1973Lo07)
76BR E 24.9 194.99 4 24.9 19
76BRS E CK=0.8767$CL=0.10273 4$CM+=0.020617 8
76BR L 487.56 23 ?
76BR G 35.60 15 0.46 24 [D] 2.1 4 C ?
76BRF G FLAG=F
76BRX G AI=0.17 9
76BR cG E$from 1973Lo07. Other: 35.6 {I2} (1973Pa02), placed from 316 level
76BR cG RI$unweighted average of 0.22 {I5} (1973Pa02) and 0.69 {I9} (1973Lo07)
76BR cG M$possible dipole since total conversion coefficient of 37.5 for E2
76BR2cG may make it difficult to observe this |g ray
76BR G 171.0 3 0.34 9 ?
76BRF G FLAG=F
76BRX G AI=0.128 35
76BR cG $|g from 1973Lo07 only
76BR E 0.7 3 6.51 19 0.7 3 ?
76BRS E CK=0.8765$CL=0.10285 4$CM+=0.020644 8
76BR L 548.5 4 (0,1,2) ?
76BR cL $Level proposed by evaluators on the basis of (p,n|g) results
76BR G 548.3 4 0.37 12 ?
76BRX G AI=0.14 5
76BR cG E$weighted average of 548.5 {I4} (1973Pa02) and 548.1 {I4}
76BR2cG (1973Lo07). Placement suggested by evaluators
76BR cG RI$weighted average of 0.50 {I10} (1973Pa02) and 0.26 {I9} (1973Lo07)
76BR E 0.14 5 7.13 16 0.14 5 ?
76BRS E CK=0.8762$CL=0.10308 5$CM+=0.02070 1
76BR L 616.02 16 1(+)
76BR G 299.0 3 2.21 22 (M1,E2) 0.011 5
76BRX G EKC=0.010 2 (1973Pa02)$AI=0.83 10
76BRS G KC=0.010 4$LC=0.0011 5$MC=1.8E-4 8$NC=1.6E-5 7
76BR cG E$from 1973Pa02. Other: 299.2 {I2} in 1973Lo07 probably a doublet
76BR2cG corresponding to 299.0 and 300.2 in 1973Pa02
76BR cG RI$from 1973Pa02. Other: 2.57 {I26} in 1973Lo07 probably for a
76BR2cG doublet corresponding to 299.0 and 300.2 in 1973Pa02
76BR cG $Absolute Ice(K)(299.0+300.2)=0.012 {I3} (1973Pa02)
76BR cG $|a(K)exp for 299.0|g+300.2|g
76BR G 300.2 2 1.12 11 (M1,E2) 0.011 5
76BRX G AI=0.42 5
76BRS G KC=0.010 4$LC=0.0011 5$MC=1.8E-4 8$NC=1.6E-5 7
76BR cG E,RI$other: see comments for 299.0|g above
76BR cG $Absolute Ice(K)(299.0+300.2)=0.012 {I3} (1973Pa02)
76BR G 364.0 3 1.41 15 C
76BRX G AI=0.53 7
76BR cG E$falso from 1973Lo07
76BR cG RI$weighted average of 1.51 {I15} (1973Pa02) and 1.29 {I17} (1973Lo07)
76BR G 570.8 4 0.34 12 ?
76BRF G FLAG=F
76BRX G AI=0.13 5
76BR cG E$from 1973Lo07 only (probably a contaminant from {+76}Br |e decay)
76BR E 1.78 175.94 5 1.78 17
76BRS E CK=0.8759$CL=0.10338 5$CM+=0.02077 2
76BR L 815.2 3 0,1
76BR G 459.4 5 0.112 22 ?
76BRF G FLAG=D
76BRX G AI=0.042 9
76BR cG $|g not in 1973Lo07
76BR G 499.8 3 1.17 12 C
76BRX G AI=0.44 5
76BR cG E$weighted average of 499.6 {I3} (1973Pa02) and 499.9 {I3} (1973Lo07)
76BR cG RI$weighted average of 1.20 {I12} (1973Pa02) and 1.12 {I17} (1973Lo07)
76BR E 0.39 6 6.28 7 0.39 6
76BRS E CK=0.8741 2$CL=0.10482 11$CM+=0.021097 25
76BR L 868.16 25 1+
76BR G 552.7 3 4.1 4 C
76BRX G AI=1.55 17
76BR cG E$weighted average of 552.5 {I3} (1973Pa02) and 552.8 {I3} (1973Lo07)
76BR cG RI$weighted average of 4.3 {I4} (1973Pa02) and 3.4 {I7} (1973Lo07)
76BR G 822.6 5 0.66 7 C
76BRX G AI=0.249 30
76BR cG E$weighted average of 822.5 {I6} (1973Pa02) and 822.7 {I5} (1973Lo07)
76BR cG RI$weighted average of 0.64 {I7} (1973Pa02) and 0.77 {I17} (1973Lo07)
76BR G 868.3 5 0.84 20
76BRX G AI=0.32 8
76BR cG E$weighted average of 868.2 {I5} (1973Pa02) and 868.3 {I5} (1973Lo07)
76BR cG RI$unweighted average of 0.64 {I7} (1973Pa02) and 1.03 {I17}
76BR2cG (1973Lo07)
76BR E 2.11 205.44 5 2.11 20
76BRS E CK=0.8733 2$CL=0.10544 14$CM+=0.02124 4
76BR L 898.36 17 1+
76BR G 446.2 3 1.5 LT &
76BRX G AI LT 0.57
76BR cG E$weighted average of 446.2 {I3} (1973Pa02) and 446.5 {I3}
76BR2cG (1973Lo07). Placement from 1973Lo07
76BR cG RI$from 1.27 {I27} for the doublet, weighted average of 1.00 {I10}
76BR2cG (1973Pa02) and 1.54 {I26} (1973Lo07). See also 446.4 from 446 level
76BR G 452.1 3 C ?
76BR cG E$placement suggested by evaluators on the basis of
76BR2cG (452|g)(91|g)-coin in 1973Lo07, who place this transition from a
76BR3cG 807.5 level.
76BR G 543.5 2 0.77 8 C
76BRX G AI=0.290 34
76BR cG E$weighted average of 543.2 {I4} (1973Pa02) and 543.6 {I2} (1973Lo07)
76BR cG RI$weighted average of 0.75 {I8} (1973Pa02) and 0.86 {I17} (1973Lo07)
76BR G 581.6 3 1.25 13 C
76BRX G AI=0.47 6
76BR cG E$weighted average of 581.5 {I3} (1973Pa02) and 581.8 {I4} (1973Lo07)
76BR cG RI$weighted average of 1.31 {I13} (1973Pa02) and 1.03 {I26} (1973Lo07)
76BR G 582.3 4 2.70 29 C
76BRX G AI=1.02 12
76BR cG E$weighted average of 582.5 {I3} (1973Pa02) and 581.8 {I4} (1973Lo07)
76BR cG RI$weighted average of 2.91 {I29} (1973Pa02) and 2.40 {I34} (1973Lo07)
76BR G 853.0 5 0.36 7
76BRX G AI=0.136 28
76BR cG E$from 1973Pa02. Other: 853.1 {I6} (1973Lo07)
76BR cG RI$from 1973Pa02. Other: 0.34 {I12} (1973Lo07)
76BR G 898.3 5 0.44 9
76BRX G AI=0.166 35
76BR cG E$weighted average of 898.5 {I5} (1973Pa02) and 897.9 {I6} (1973Lo07)
76BR cG RI$weighted average of 0.42 {I9} (1973Pa02) and 0.51 {I17} (1973Lo07)
76BR E 2.01 345.39 8 2.01 34
76BRS E CK=0.8728 2$CL=0.10589 17$CM+=0.02134 4
76BR L 936.44 22 1+
76BR G 38.0 3 0.34 9 [M1] 1.78 5 ?
76BRF G FLAG=F
76BRX G AI=0.128 35
76BRS G KC=1.57 4$LC=0.178 5$MC=0.0283 8$NC=0.00261 7
76BR G 484.4 3 0.19 6
76BRX G AI=0.072 23
76BR cG E$from 1973Lo07. Other: 484.5 {I4} (1973Pa02)
76BR cG RI$weighted average of 0.17 {I4} (1973Pa02) and 0.34 {I10} (1973Lo07)
76BR G 490.3 3 0.51 10
76BRX G AI=0.19 4
76BR cG E$from 1973Lo07. Other: 490.2 {I4} (1973Pa02)
76BR cG RI$weighted average of 0.47 {I10} (1973Pa02) and 0.60 {I16} (1973Lo07)
76BR G 581.8 4 C ?
76BRF G FLAG=F
76BR G 619.5 4 0.94 10
76BRX G AI=0.36 4
76BR cG E$also from 1973Lo07
76BR cG RI$weighted average of 1.00 {I10} (1973Pa02) and 0.77 {I17} (1973Lo07)
76BR G 684.5 3 0.63 24 C
76BRX G AI=0.24 9
76BR cG E$weighted average of 684.3 {I4} (1973Pa02) and 684.6 {I3} (1973Lo07)
76BR cG RI$unweighted average of 0.39 {I8} (1973Pa02) and 0.86 {I17}
76BR2cG (1973Lo07)
76BR G 891.0 5 0.31 6 ?
76BRF G FLAG=D
76BRX G AI=0.117 24
76BR G 936.0 10 0.28 6 ?
76BRF G FLAG=D
76BRX G AI=0.106 23
76BR E 1.44 175.44 6 1.44 17
76BRS E CK=0.8719 3$CL=0.10656 21$CM+=0.02150 5
76BR L 1047.83 23 1+
76BR G 232.6 3 0.24 10
76BRX G AI=0.09 4
76BR cG E$weighted average of 232.7 {I3} (1973Pa02) and 232.3 {I4} (1973Lo07)
76BR cG RI$unweighted average of 0.140 {I28} (1973Pa02) and 0.34 {I9}
76BR2cG (1973Lo07)
76BR G 431.7 4 0.40 20
76BRX G AI=0.15 8
76BR cG E$weighted average of 431.6 {I4} (1973Pa02) and 431.9 {I5} (1973Lo07)
76BR cG RI$unweighted average of 0.20 {I4} (1973Pa02) and 0.60 {I14}
76BR2cG (1973Lo07)
76BR G 731.2 4 0.50 10
76BRX G AI=0.19 4
76BR cG E$weighted average of 730.8 {I4} (1973Pa02) and 731.5 {I4} (1973Lo07)
76BR cG RI$from 1973Pa02. Other: 0.51 {I17} (1973Lo07)
76BR G 796.1 4 0.77 10
76BRX G AI=0.29 4
76BR cG E$weighted average of 795.8 {I4} (1973Pa02) and 796.5 {I5} (1973Lo07)
76BR cG RI$weighted average of 0.75 {I8} (1973Pa02) and 1.20 {I34} (1973Lo07)
76BR G 1002.0 10 0.31 6 ?
76BRF G FLAG=D
76BRX G AI=0.117 24
76BR E 0.84 115.31 7 0.84 11
76BRS E CK=0.8678 6$CL=0.1099 5$CM+=0.02228 12