193IR 193OS B- DECAY 1972PR04,2012KR05,2002MA1817NDS 201709
193IR H TYP=FUL$AUT=M. Shamsuzzoha Basunia$CIT=NDS 143, 1 (2017)$
193IR2 H CUT=31-Mar-2017$
193IR c Others: 2005Za15,2008ZaZY,2007ZaZZ,1972De67,1971Bb09,1968Av01,1968Av02,
193IR2c 1968Pl03,1968Ra24,1967Ag06,1967Pe03,1960Fe03,1958Du76,1954De04,1953Co13
193IR c Other contributing references are:
193IR c |g: 1971Lu08, 1970Ra37
193IR c ce: 1970Ba56, 1969Co08
193IR c |g|g(t), |b|g(t), |b(ce)(t): 1973Il02, 1972Be85, 1969Ba28, 1969Li13,
193IR2c 1969Va36, 1968Av02.
193IR c |g|g(|q,H,T): 1985Be03
193IR c 1972Pr04: Measured E|g, I|g, E(ce), I(ce), |g|g-coin. Deduced excited
193IR2c level spin and parity, multipolarities, mixing ratios.
193IR c 2012Kr05: Measured E|g, I|g, half-life using HPGe detector. Results
193IR2c are based on the average of three different samples each counted for
193IR3c at least 2 half-lives.
193IR c 2002Ma18: Measured absolute |g-ray emission (intensity) probabilities
193IR2c in a 4|p|b|g coincidence experiment.
193IR c 2005Za15: Measured E|g, I|g, |g|g-coin using planer detector array in
193IR2c coincidence mode (within 200 ns). Deduced excited levels.
193IR c 1970Be06: 98.7% enriched {+192}Os metal powder irradiated for
193IR2c approximately one hour with a neutron flux density of 2|*10{+14}.
193IR3c Measured E|g, I|g, ce.
193IR c 1969Pr02, 1958Na15: Measured |g, ce, |b, |g|g, |b|g, (ce)(ce)(t)
193IR c 1984Gh01, 1973Kr05: Measured |g|g(|q), |g(|q,H,T)
193IR c The decay scheme shown is from 1972Pr04 and 2005Za15.
193IR c Sum of decay energies of this dataset is 1140 keV {i35} cf.
193IR2c 1142 keV {i2} from {+28}Ne |b{+-} decay Q(g.s.) and decay branching.
193IR cB |b{+-} feedings are from intensity imbalance at each
193IR2cB level.
193IR cB Others: E|b: 1968Pl03, 1967Ag06, 1958Du76, 1954De04; |b|g:
193IR2cB 1969Pr02, 1968Pl03, 1967Ag06, 1960Fe03, 1958Du76
193IR cG Experimental Ice from 1972Pr04, 1970Be06, 1970Ba56, and
193IR2cG 1969Co08. Other: 1968Pl03 (not included in the evaluation; Ice
193IR3cG uncertainties were not reported)
193IR tG
193IR tG E(X-ray) I(X-ray) *
193IR2tG ---------- ----------
193IR3tG Ir K|a{-2}| x ray 63.28 {I5} 98 {I9}
193IR4tG Ir K|a{-1}| x ray 64.90 {I5} 160 {I16}
193IR5tG Ir K|b{-1}'| x ray 73.58 {I10} 33 {I5}
193IR6tG Ir K|b{-2}'| x ray 75.63 {I5} 13 {I2}
193IR7tG
193IR cG * I(K x ray),
193IR2cG relative to I|g=100 for 460.5|g (1972Pr04)
193IR cG E(A),RI(A)$From 1972Pr04; seen in coincidence spectra only.
193IR cG E(H),RI(H)$From 1972Pr04.
193IR cG E(Z),RI(Z)$From 2012Kr05.
193IR cG E(X),RI(X)$From 2005Za15. Coincidence measurements - for transition
193IR2cG intensity I|g, summation for angular dependence assumed to be a
193IR3cG constant.
193IR cG E(B) Using the Limitation of relative statistical weight
193IR2cG method of values listed in comments section.
193IR cG E(F) |DE(559.26|g-557.36|g)=1.9 {I1} (1967Me12).
193IR2cG From analysis of complex |g-line obtained with Ge(Li)
193IR3cG detector using I(557|g)/I(559|g)=3.0 {I6}
193IR cG M From conversion electron data in 1972Pr04, 1970Be06, and
193IR2cG others, unless noted otherwise.
193IR DG MR From 1984Gh01. Based on a combined analysis of angular
193IR2DG correlation and nuclear orientation data, using MR(138.9G)=-0.329 12.
193IR3DG Exceptions are noted.
193IR cG MR Signed values are from 1984Gh01 and unsigned ones from
193IR2cG internal conversion coefficient data; exceptions are noted. 1984Gh01
193IR3cG performed a combined analysis of angular correlation and nuclear
193IR4cG orientation data, using |d(138.9|g)=0.329 {I12} from ICC. The Ice data
193IR5cG have been normalized by the evaluators (2006Ac01) at the theoretical
193IR6cG |a(K) for the 138.9|g; their average (LWM) was used to deduce ICC using
193IR7cG the adopted I|g, and were fitted to |d following 1980Ry04 algorithm.
193IR8cG Some of these values are listed in comments section.
193IR cG M(D) From |g(|q,H,T) (1973Kr05,1984Gh01)
193IR cL E From least-squares fit to |g-ray energies, assuming |DE=0.5
193IR2cL keV for missing uncertainties. Poor fit (5 to 6 std. dev.) for 181.38|g
193IR3cL from 740 keV and 282.34|g, 418.31|g from 879 keV levels. Uncertainty
193IR4cL tripled for least-squares fit - yet later two |g-transitions fit
193IR4cL with 3 to 4 std. dev. |h{+2}=2.3 and |h{+2}{-critical}=1.5.
193IR cL J,T(M) From Adopted Levels
193IR cL T Best values from |b-decay unless otherwise noted;
193IR2cL adopted values are given under Comments when different
193IR cL E(L) Level proposed by the evaluator: |g 667.7 in {+193}Os decay
193IR2cL agrees with |g 667.97 in (n,|g) and (d,n|g), and |g 668.04 in
193IR3cL (n,n'|g) from 860.9 level.
193IR DG CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
193IR cG MR$If no value given it was assumed |d=1.00 for E2/M1,
193IR2cG |d=1.00 for E3/M2 and |d=0.10 for the other multipolarities
193OS P 0.0 3/2- 29.830 H 18 1141.9 24
193IR N 0.0388 5 0.0388 5 1.0 1.0
193IR PN 3
193IR cN NR %I|g(460|g)=3.88 {I5}. 2002Ma18 measured absolute intensity
193IR2cN in a 4|p|b|g coincidence experiment. The adopted value is the
193IR3cN unweighted average of the four runs presented in 2002Ma18 instead of
193IR4cN that quoted by the authors, which is the weighted average of discrepant
193IR5cN data. Others: 4.0 {I2} (1969Pr02, from I|b and I|g measured in singles
193IR6cN and |b|g measurements) and 3.9 {I2} (1958Na15, from comparison of
193IR7cN I|g/I|b in {+193}Os and in {+198}Au)
193IR G 61.564 6
193IR cG E$From 2005Za15, propose tentitive placement from 138.948 keV level.
193IR2cG However, |g ray off by about 3 keV to final level. Evaluator list
193IR3cG as unplaced.
193IR G 517.84 4 0.080 10 X
193IR cG E$2005Za15 propose the placement from 598 keV level. However, if
193IR2cG placed, this would be a 3/2- to 11/2- transition. Evaluator list
193IR3cG it as unplaced.
193IR L 0.0 3/2+ STABLE
193IR B 59 3 7.46 2
193IRS B EAV=386.96 95
193IR cB E 1132 {I5} (1958Na15). Others: 1130 {I15} (1968Pl03), 1040
193IR2cB {I30} (1967Ag06).
193IR cB IB 42 (FK analysis, 1958Na15)
193IR cB (L=2)/(L=1)=0.14 {I9} (1985Be03)
193IR L 73.037 6 1/2+ 6.09 NS 15
193IR cL T weighted average of 6.3 ns {I2} |b(ce)(t) (1969Li13), 6.34
193IR2cL ns {I16} |g|g(t) (1969Ba28), 5.90 ns {I11} |g|g(t)
193IR3cL (1972Be85,1973Il02), with increased uncertainty (discrepant data set)
193IR B 17 3 7.90 8
193IRS B EAV=358.23 94
193IR cB I|b=21 (FK analysis with E|b=1059, 1958Na15)
193IR G 73.029 15 79 9 M1+E2 -0.558 5 6.10 10 B
193IRS G LC=4.63 8$MC=1.148 19
193IRS G NC=0.279 5$OC=0.0446 7$PC=0.001240 18
193IR cG E$Weighted average of 73.012 {I7} (1972Pr04), 73.10 {I4} (1970Be06),
193IR2cG 73.044 {I3} (1971Lu08), 72.951 {I46} (2012Kr05).
193IR cG RI$Weighted average of 82 {I12} (1972Pr04) and 74 {I14} (2012Kr05).
193IR cG M,MR |a(L1)exp=1.11 {I16} (1972Pr04); L1:L2:L3=72.7 {I14}: 105
193IR2cG {I3}: 100 {I3} (1972Pr04) Other ce measurements
193IR3cG (1968Pl03,1969Co08,1970Be06) agree closely with those of 1972Pr04. |d
193IR4cG from adopted gammas, Other: |d=0.56 {I4} from conversion electron
193IRxcG data, see |d footnote.
193IR cG Calculated circular polarization of |g (1988Fe11)
193IR L 80.234 7 11/2- 10.53 D 4 MM
193IR G 80.234 7 M4 2.11E4 8.8 7 S
193IRS G N/T=0.0610 12$O/T=0.00928 19$P/T=0.000169 4
193IRS G KC=103.5 15$LC=1.451E4 21$MC=5.03E3 7
193IRS G NC=1289 18$OC=196 3$PC=3.57 5
193IRS G K/T=0.00490 10$L/T=0.687 8$M/T=0.238 5
193IR cG E$From Adopted Gammas. Other: 80.19 (1972Pr04)
193IR cG M From Adopted Gammas
193IR cG TI Deduced from intensity balance at 80.2 level.
193IR L 138.946 7 5/2+ 80 PS 5
193IR cL T Weighted average of
193IR2cL 75 ps {I10} (ce)(ce)(t) (1970Be06), 77 ps {I17} |g|g(t) (1969Ba28),
193IR3cL 74 ps {I11} |b(ce)(t) (1969Li13), 88 ps {I9} |b(ce)(t) (1968Av02).
193IR4cL Other: 1960Fe03. Adopted value 69.7 ps {I10} from recoil-distance
193IR5cL method in Coulomb excitation (2000Be07).
193IR B 10.6 2 8.00 1
193IRS B EAV=332.61 93
193IR cB I|b=10 (FK analysis with E|b=993, 1958Na15)
193IR cB (L=2)/(L=1)=0.14 {I12} (1984Gh01), L=1 (1985Be03)
193IR G 65.87 6 0.06 ?
193IR cG E From 2005Za15. Other: 65.87 keV {I6} (1970Be06). In 1970Be06
193IR2cG this |g-ray placed from 138.949 keV level, however, in 1972Pr04 a
193IR3cG comparable transition energy listed as 64.90 keV {I5} identified as
193IR4cG K{-|a1} line. Evaluator mark as uncertain placement and not adopted.
193IR5cG 2005Za15 also identified as tentative placement.
193IR cG RI From 1970Be06. I|g estimated from I(ce(L3))=0.8 {I2}.
193IR G 138.92 3 98.4 13M1+E2 -0.329 12 2.28 B
193IRS G KC=1.82 3$LC=0.355 6$MC=0.0833 13
193IRS G NC=0.0204 4$OC=0.00353 6$PC=0.000224 4
193IR cG E$138.892 {I7} (1972Pr04), 138.97 {I4} (1970Be06), 138.947 {I8}
193IR2cG (1971Lu08), 138.932 {I10} (2012Kr05).
193IR cG RI$Weighted ave. of 99.1 {I19} (2012Kr05), 108 {I5} (1972Pr04), 100
193IR2cG {I6} (1970Be06), 95.7 {I21} (2002Ma18).
193IR cG M from L subshell ratios: L1:L2:L3=100.0 {I21}: 23.9 {I11}:
193IR2cG 8.5 {I4} (1972Pr04), also 100 {I4}: 24.3 {I25}: 10.4 {I13} (1969Co08).
193IR4cG |a(L)exp=0.401 {I20} (1972Pr04), |a(L)exp=0.38 {I3} (1970Be06),
193IRxcG |a(L)exp=0.42 {I4} (1969Co08).
193IR cG MR Weighted ave. of 0.353 {I21} (1969Co08) and
193IR2cG 0.316 {I15} (1970Be06, 1972Pr04). '-' sign from 1973Kr05 (|q,H,T).
193IR3cG Also listed in 1984Gh01.
193IR L 180.070 5 3/2+ 59 PS 7
193IR cL T weighted average of 55 ps {I+8-15} (ce)(ce)(t) (1970Be06),
193IR2cL 46 ps {I15} |g|g(t) (1969Ba28), 66 ps {I10} |b(ce)(t) (1969Li13);
193IR3cL other: <35 ps (1968Av02). Adopted value 43 ps {I16}.
193IR B 1.5 2 8.79 6
193IRS B EAV=316.80 92
193IR cB E|b=850 {I30}, I|b=10 (FK analysis, 1958Na15)
193IR cB L=0 (1984Gh01)
193IR G 41.18 7 [M1,E2] 1.5E2 13 1.9 5
193IRS G L/T=0.7 5$M/T=0.19 22
193IRS G N/T=0.05 6$O/T=0.007 9$P/T=3.E-5 4
193IRS G LC=1.1E2 10$MC=3.E1 3
193IRS G NC=7 6$OC=1.0 10$PC=0.005 4
193IR cG E From E(ce) measurements (1970Be06).
193IR cG RI I|g<0.01 estimated from ce(L1)<0.003 (1970Be06)
193IR cG TI Deduced from |g|g measurements; |g not seen by 1972Pr04
193IR G 107.07 7 14.4 8 M1+E2 +0.164 8 4.99 B
193IRS G KC=4.06 6$LC=0.720 11$MC=0.167 3
193IRS G NC=0.0411 7$OC=0.00719 11$PC=0.000504 8
193IR cG E$106.993 {I10} (1972Pr04), 107.10 {I4} (1970Be06), 107.16 {I8}
193IR2cG (1971Lu08), 107.019 {I10} (2012Kr05).
193IR cG RI$Weighted ave. of 14.6 {I3} (2012Kr05), 16.1 {I8} (1972Pr04), 12.8
193IR2cG {I7} (1970Be06).
193IR cG MR$Weighted average of 0.16 {I1} (1984Gh01) and 0.171 {I13} (2008ZaZY).
193IR G 180.061 10 4.31 8M1+E2 -0.48 2 1.028 17 Z
193IRS G KC=0.814 15$LC=0.1646 24$MC=0.0388 6
193IRS G NC=0.00951 15$OC=0.001633 24$PC=9.93E-5 19
193IR cG E$Others: 180.03 {I3} (1972Pr04), 180.15 {I6} (1970Be06).
193IR cG RI$Others: 4.6 {I5} (1972Pr04), 4.5 {I5} (1970Be06)
193IR cG M |a(K)exp=1.00 {I19}, |a(L)exp=0.14 {I3}, L1:L2:L3=100 {I15}:
193IR2cG 28 {I9}: 15 {I15} (1972Pr04).
193IR cG MR Other: 0.63 {I9} from conversion electrom data. See |d
193IRxcG footnote.
193IR L 299.381 9 7/2- 0.19 NS 3
193IR cL T from (ce)(ce)(t) (1970Ba56)
193IR B 0.018 8 10.50 20
193IRS B EAV=271.53 90
193IR cB L=1 (1985Be03)
193IR G 219.144 10 6.58 11E2 0.254 Z
193IRS G KC=0.1343 19$LC=0.0906 13$MC=0.0229 4
193IRS G NC=0.00555 8$OC=0.000870 13$PC=1.374E-5 20
193IR cG E$Others: 219.13 {I5} (1972Pr04), 219.18 {I8} (1970Be06).
193IR cG RI$Others: 7.0 {I5} (1972Pr04), 6.6 {I6} (1970Be06)
193IR cG M |a(K)exp=0.12 {I3}, K/L=1.5 {I4}, L1:L2:L3=<44: 100 {I19}:
193IR2cG 63 {I11} (1972Pr04).
193IR L 357.764 10 7/2+ 18.7 PS 7 M
193IR B 0.013 4 10.88 14 1U
193IRS B EAV=255.72 84
193IR cB No |b-group seen in FK analysis (1958Na15)
193IR G 219 0.22 5M1+E2 -0.280 9 0.637 A
193IRS G KC=0.520 8$LC=0.0896 13$MC=0.0208 3
193IRS G NC=0.00510 8$OC=0.000895 13$PC=6.38E-5 10
193IR cG M,MR from Adopted Gammas
193IR G 357.761 10 0.233 4E2 0.0571 Z
193IRS G KC=0.0388 6$LC=0.01389 20$MC=0.00342 5
193IRS G NC=0.000833 12$OC=0.0001349 19$PC=4.26E-6 6
193IR cG E$Others: 357.7 {I2} (1972Pr04), 357.8 {I3} (1970Be06)
193IR cG RI$Others: 0.25 {I8} (1972Pr04), 0.30 {I18} (1970Be06)
193IR L 361.858 6 5/2+ 36 PS 7
193IR cL T from |b(ce)(t) (1969Va36).
193IR2cL Others: 1968Av02, 1973Il02. Adopted value 31 ps {I5}.
193IR B 0.72 2 8.79 1
193IRS B EAV=248.36 89
193IR cB (L=2)/(L=1)=0.18 {I14} (1984Gh01); L=1 (1985Be03)
193IR G 181.785 10 4.63 9M1+E2 +0.149 11 1.107 Z
193IRS G KC=0.910 13$LC=0.1519 22$MC=0.0351 5
193IRS G NC=0.00862 13$OC=0.001521 22$PC=0.0001120 16
193IR cG E$Others: 181.81 {I3} (1972Pr04), 181.89 {I6} (1970Be06).
193IR cG RI$Others: 4.9 {I5} (1972Pr04), 4.7 {I5} (1970Be06)
193IR cG M |a(K)exp=0.92 {I11}, K/L=6.9 {I14}, L1:L2:L3=100 {I15}: 21
193IR2cG {I10}: 15 {I9} (1972Pr04).
193IR cG MR |d=0.49 {I7} from conversion electron data.
193IR G 288.819 10 3.62 4 (E2) 0.1063 Z
193IRS G KC=0.0661 10$LC=0.0304 5$MC=0.00758 11
193IRS G NC=0.00184 3$OC=0.000294 5$PC=7.06E-6 10
193IR cG E$Others: 288.79 {I5} (1972Pr04), 288.98 {I15} (1970Be06).
193IR cG RI$Others: 3.6 {I3} (1972Pr04), 4.0 {I3} (1970Be06)
193IR cG M |a(K)exp=0.087 {I15} (1972Pr04), 0.077 {I19} (1970Be06).
193IR G 361.858 10 7.30 7M1+E2 -0.315 19 0.159 3 Z
193IRS G KC=0.1310 21$LC=0.0217 4$MC=0.00501 8
193IRS G NC=0.001230 18$OC=0.000217 4$PC=1.59E-5 3
193IR cG E$Others: 361.79 {I5} (1972Pr04), 361.92 {I12} (1970Be06)
193IR cG RI$others: 7.5 {I6} (1972Pr04), 6.4 {I4} (1970Be06)
193IR cG M |a(K)exp=0.18 {I3} (1972Pr04), 0.17 {I3} (1970Be06).
193IR cG MR$Weighted average of -0.314 {I27} (2008ZaZY), -0.33 {I3} (1984Gh01),
193IR2cG and -0.26 {I7} (1985Be03).
193IR L 460.552 5 3/2+ 17 PS 4
193IR cL T weighted average of 19 ps {I5} (1968Av02),
193IR2cL 15 ps {I6} (1969Va36,1969Li13) |b(ce)(t); other: 1973Il02.
193IR3cL Adopted value 13.2 ps {I10}.
193IR B 7.74 11 7.55 1
193IRS B EAV=212.40 87
193IR cB E|b=670 {I30}, I|b=11 (FK analysis, 1958Na15)
193IR cB (L=0)/(L=1)=0.45 {I5} (1984Gh01,1973Kr05); (L=0)/(L=1)=0.40
193IR2cB {I15} (1985Be03)
193IR G 98.681 10 0.423 10 (M1) 6.36 Z
193IRS G KC=5.24 8$LC=0.863 12$MC=0.199 3
193IRS G NC=0.0489 7$OC=0.00866 13$PC=0.000652 10
193IR cG E$Others: 98.70 {I8} (1972Pr04), 98.77 {I6} (1970Be06)
193IR cG RI$Other: 0.42 {I6} (1972Pr04)
193IR G 280.476 9 31.7 2 M1+E2 -0.049 12 0.337
193IRS G KC=0.279 4$LC=0.0451 7$MC=0.01037 15
193IRS G NC=0.00255 4$OC=0.000452 7$PC=3.41E-5 5
193IR cG E$Weighted average of 280.482 {I10} (2012Kr05), 280.43 {I3} (1972Pr04)
193IR2cG 280.50 {I8} (1970Be06), and 280.457 {I35} (1971Lu08).
193IR cG RI$From 2002Ma18. Others: 31.9 {I3} (2012Kr05), 31.5 {I16} (1972Pr04),
193IR2cG 33.0 {I17} (1970Be06).
193IR cG M |a(K)exp=0.35 {I3}, K/L=5.7 {I3}, L1:L2:L3=100 {I5}: 18: 4:
193IR2cG <5 (1972Pr04); |a(K)exp=0.27 {I3}, K/L=5.6 {I7} (1970Be06);
193IR cG MR$0.18 {I11} from conversion electron data. See |d footnote.
193IR G 321.616 10 32.1 2 M1+E2 +0.234 10 0.225
193IRS G KC=0.185 3$LC=0.0305 5$MC=0.00702 10
193IRS G NC=0.001726 25$OC=0.000305 5$PC=2.26E-5 4
193IR cG E$From 2012Kr05. Others: 321.56 {I3} (1972Pr04), 321.63 {I10}
193IR2cG (1970Be06), 321.627 {I35} (1971Lu08).
193IR cG RI$Weighted ave. of 31.9 {I3} (2012Kr05), 32.3 {I16} (1972Pr04), 35.0
193IR2cG {I20} (1970Be06), 32.2 {I2} (2002Ma18).
193IR cG M |a(K)exp=0.244 {I18}, K/L=6.1 {I9}, L1:L2:L3=100 {I11}: 18
193IR2cG {I8}: 14 {I14} (1972Pr04); |a(K)exp=0.182 {I21}, K/L=6.4 {I9}
193IRxcG (1970Be06).
193IR cG MR Other: +0.236 {I16} (2008ZaZY).
193IR G 387.509 10 31.6 2 M1+E2 -0.24 4 0.136 3
193IRS G KC=0.1122 22$LC=0.0183 3$MC=0.00421 7
193IRS G NC=0.001034 17$OC=0.000183 3$PC=1.36E-5 3
193IR cG E$From (2012Kr05). Others: 387.46 {I4} (1972Pr04), 387.48 {I12}
193IR2cG (1970Be06), 387.509 {I58} (1971Lu08).
193IR cG RI$Weighted ave. of 31.3 {I3} (2012Kr05), 31.9 {I16} (1972Pr04), 29.0
193IR2cG {I20} (1970Be06), 31.8 {I2} (2002Ma18).
193IR cG M |a(K)exp=0.138 {I10}, K/L=6.3 {I9}, L1:L2:L3=100 {I15}: 23
193IR2cG {I10}: <11 (1972Pr04); |a(K)exp=0.131 {I17}, K/L=5.6 {I10} (1970Be06).
193IR cG MR |d=0.25 {I10} from conversion electron data. See |d footnote.
193IR G 460.541 10 100.0 5 M1+E2 -0.64 3 0.0718 16
193IRS G KC=0.0587 13$LC=0.01010 18$MC=0.00234 4
193IRS G NC=0.000575 10$OC=0.0001007 19$PC=7.06E-6 17
193IR cG E$Weighted average of 460.547 {I10} (2012Kr05), 460.49 {I3} (1972Pr04)
193IR2cG 460.56 {I12} (1970Be06), and 460.501 {I65} (1971Lu08).
193IR cG RI$From 2002Ma18. Others: 100 {I1} (2012Kr05), 100 {I5} (1972Pr04),
193IR2cG 100 {I6} (1970Be06).
193IR cG MR$Others: -0.49 {I2} (1985Be03) and -0.634 {I17} (2008ZaZY)
193IR L 516.585 24 (7/2)+
193IR G 154.751 24 0.0080 21 X
193IR G 336.39 15 0.054 10 X
193IR G 377.41 8 0.016 4 X
193IR L 557.396 6 (1/2)+ 34 PS 8
193IR cL T from |b(ce)(t) (1969Va36); others: 1969Li13, 1968Av02,
193IRxcL 1973Il02
193IR B 2.33 4 7.85 1
193IRS B EAV=178.11 84
193IR cB E|b=510 {I50}, I|b=6, includes group to 559 level
193IR2cB (FK analysis, 1958Na15)
193IR G 96.815 15 2.42 5 M1+E2 0.171 19 6.68 Z
193IRS G KC=5.40 9$LC=0.982 21$MC=0.229 6
193IRS G NC=0.0562 13$OC=0.00980 21$PC=0.000672 11
193IR cG E$Others: 96.82 {I3} (1972Pr04), 96.90 {I5} (1970Be06).
193IR cG RI$Other: 2.5 {I2} (1972Pr04)
193IR G 377.340 10 1.67 2 (M1+E2) 1.0 5 0.10 3 Z
193IRS G KC=0.08 3$LC=0.016 3$MC=0.0037 6
193IRS G NC=0.00091 14$OC=0.00016 3$PC=1.0E-5 4
193IR cG E$Others: 377.31 {I7} (1972Pr04), 377.60 {I20} (1970Be06).
193IR cG RI$Others: 1.8 {I2} (1972Pr04), 1.7 {I2} (1970Be06)
193IR G 418.431 16 1.34 1[E2] 0.0373 Z
193IRS G KC=0.0266 4$LC=0.00814 12$MC=0.00199 3
193IRS G NC=0.000484 7$OC=7.94E-5 12$PC=2.97E-6 5
193IR cG E$Others: 418.35 {I8} (1972Pr04), 418.16 {I20} (1970Be06).
193IR cG RI$Others: 1.38 {I14} (1972Pr04), 1.6 {I2} (1970Be06)
193IR G 484.359 10 4.33 6(M1) 0.0782 Z
193IRS G KC=0.0648 9$LC=0.01031 15$MC=0.00237 4
193IRS G NC=0.000582 9$OC=0.0001033 15$PC=7.85E-6 11
193IR cG E$Others: 484.25 {I5} (1972Pr04) and 484.22 {I15} (1970Be06)
193IR cG RI$Others: 4.3 {I3} (1972Pr04), 4.8 {I5} (1970Be06)
193IR G 557.401 10 33.7 3(M1) 0.0541 Z
193IR2 G FLAG=F
193IRS G KC=0.0449 7$LC=0.00712 10$MC=0.001633 23
193IRS G NC=0.000401 6$OC=7.12E-5 10$PC=5.42E-6 8
193IR cG E$Others: 557.36 {I8} (1972Pr04) and 557.41 {I15} (1970Be06)
193IR cG RI$Others: 33 {I3} (1972Pr04), 39.1 {I50} (1970Be06)
193IR L 559.293 7 5/2+ 1.08 PS 16 M
193IR cL T <76 ps |b(ce)(t) (1969Va36); others: 1968Av02, 1969Li13,
193IR2cL 1973Il02
193IR B 0.72 1 8.35 1
193IRS B EAV=177.45 84
193IR cB E|b, I|b: see data with 557 level
193IR cB (L=2)/(L=1)=0.22 {I13} (1984Gh01,1973Kr05)
193IR G 197.486 24 0.110 6 [M1,E2] 0.6 3 Z
193IRS G KC=0.5 3$LC=0.130 11$MC=0.031 4
193IRS G NC=0.0077 10$OC=0.00127 8$PC=5.E-5 4
193IR cG E$Others: 197.4 {I2} (1972Pr04), 197.486 {I24} (2012Kr05)
193IR cG RI$Other: 0.12 {I4} (1972Pr04)
193IR G 201.52 5 0.097 9 [M1,E2] 0.6 3 Z
193IRS G KC=0.4 3$LC=0.121 8$MC=0.029 4
193IRS G NC=0.0071 8$OC=0.00118 6$PC=5.E-5 4
193IR cG E,RI$Other: 201.5 {I3}, 0.07 {I4} (1972Pr04)
193IR cG MR$0.02 {I4} (2007ZaZZ)
193IR G 379.19 3 0.26 1 [M1,E2] 0.10 5 Z
193IRS G KC=0.08 5$LC=0.016 5$MC=0.0037 9
193IRS G NC=0.00090 23$OC=0.00015 5$PC=9.E-6 6
193IR cG E$Others: 379.04 {I15} (1972Pr04), 379.0 {I5} (1970Be06).
193IR cG RI$Others: 0.35 {I9} (1972Pr04), 0.20 {I8} (1970Be06)
193IR G 420.346 10 4.07 4M1(+E2) 0.03 4 0.1136 17 Z
193IRS G KC=0.0941 14$LC=0.01504 22$MC=0.00346 5
193IRS G NC=0.000850 12$OC=0.0001506 22$PC=1.143E-5 17
193IR cG E$Others: 420.30 {I5} (1972Pr04), 420.07 {I20} (1970Be06)
193IR cG RI$Others: 4.2 {I3} (1972Pr04), 3.7 {I4} (1970Be06)
193IR G 486.255 10 0.271 3[E2] 0.0254 Z
193IRS G KC=0.0188 3$LC=0.00504 7$MC=0.001218 17
193IRS G NC=0.000297 5$OC=4.93E-5 7$PC=2.12E-6 3
193IR cG E,RI$Other: 486.11 {I15}, 0.29 {I14} (1972Pr04)
193IR G 559.289 10 12.4 1 (M1) 0.0537 Z
193IR2 G FLAG=F
193IRS G KC=0.0445 7$LC=0.00705 10$MC=0.001619 23
193IRS G NC=0.000398 6$OC=7.06E-5 10$PC=5.38E-6 8
193IR cG E$Others: 559.26 {I8} (1972Pr04), 559.22 {I15} (1970Be06)
193IR cG RI$Others: 12.3 {I12} (1972Pr04), 15.5 {I20} (1970Be06)
193IR L 563.429 16
193IR G 263.997 25 0.016 3 X
193IR G 483.34 7 0.006 2 X
193IR L 598.212 8 3/2- 2.8 PS +28-9 M
193IR B 0.02 LT 9.8 GT
193IRS B EAV=163.99 83
193IR cB L=1 (1985Be03)
193IR G 236.31 4 0.017 3 X
193IR G 298.831 10 4.79 5 (E2) 0.0959 Z
193IRS G KC=0.0607 9$LC=0.0267 4$MC=0.00666 10
193IRS G NC=0.001617 23$OC=0.000259 4$PC=6.51E-6 10
193IR cG E$Others: 298.83 {I5} (1972Pr04), 298.71 {I15} (1970Be06).
193IR cG RI$Others: 4.7 {I4} (1972Pr04), 4.8 {I3} (1970Be06)
193IR G 418 0.18 4[E1] 0.01176 A
193IRS G KC=0.00980 14$LC=0.001517 22$MC=0.000347 5
193IRS G NC=8.47E-5 12$OC=1.470E-5 21$PC=9.99E-7 14
193IR G 525.190 10 0.4144[E1] 0.00717 Z
193IRS G KC=0.00599 9$LC=0.000911 13$MC=0.000208 3
193IRS G NC=5.08E-5 8$OC=8.86E-6 13$PC=6.20E-7 9
193IR cG E$Others: 524.98 {I8} (1972Pr04), 525.3 {I2} (1970Be06).
193IR cG RI$Others: 0.40 {I4} (1972Pr04), 0.40 {I6} (1970Be06)
193IR G 598.42 7 0.018 6[E1] 0.00547
193IRS G KC=0.00458 7$LC=0.000689 10$MC=0.0001571 22
193IRS G NC=3.84E-5 6$OC=6.72E-6 10$PC=4.77E-7 7
193IR cG E$Weighted ave. of 598.438 {I78} (2012Kr05). 598.1 {I3} (1972Pr04),
193IR2cG 598.6 {I4} (1970Be06).
193IR cG RI$Others: 0.017 {I8} (1972Pr04), 0.02 {I1} (1970Be06)
193IR L 621.02 4 (7/2)+
193IR G 263.02 15 0.0012 7 X
193IR G 482.06 5 0.022 4 X
193IR G 620.93 10 0.018 4 X
193IR L 695.142 7 5/2+
193IR B 0.095 3 8.85 2
193IRS B EAV=131.25 80
193IR G 96.969 15 0.009 2 X
193IR G 136 0.011 3[M1,E2] 2.0 6 A
193IRS G KC=1.3 9$LC=0.53 19$MC=0.13 6
193IRS G NC=0.032 13$OC=0.0051 17$PC=0.00015 11
193IR cG RI I|g deduced from coincidence experiment does not agree with
193IR2cG the relative branching measured in {+191}Ir(nn,|g).
193IR G 234.572 10 1.23 3M1+E2 -0.36 9 0.511 20 Z
193IRS G KC=0.416 20$LC=0.0733 11$MC=0.01704 24
193IRS G NC=0.00418 6$OC=0.000732 12$PC=5.09E-5 25
193IR cG E$Others: 234.58 {I6} (1972Pr04), 234.60 {I12} (1970Be06)
193IR cG RI$Others: 1.30 {I17} (1972Pr04), 1.2 {I1} (1970Be06)
193IR cG MR$Weighted average of -0.20 {I13} (nuclear orientation - 1973Kr05) and
193IR2cG -0.41 {I7} (2007ZaZZ).
193IR G 333.24 5 0.065 5 (M1) 0.211
193IRS G KC=0.1750 25$LC=0.0282 4$MC=0.00648 9
193IRS G NC=0.001592 23$OC=0.000282 4$PC=2.14E-5 3
193IR cG E$From 2012Kr05. Others: 333.3 {I3} (1972Pr04), 333.0 {I3} (1970Be06).
193IR cG RI$Weighted ave. of 0.067 {I5} (2012Kr05), 0.07 {I4} (1972Pr04), 0.04
193IR2cG {I2} (1970Be06).
193IR G 337.30 7 0.017 3 [M1,E2] 0.14 7 Z
193IRS G KC=0.11 7$LC=0.022 5$MC=0.0053 11
193IRS G NC=0.0013 3$OC=0.00022 6$PC=1.3E-5 8
193IR cG E$Other: 337.7 {I5} (1972Pr04)
193IR cG RI$Other: 0.03 {I2} (1972Pr04)
193IR G 515.064 10 0.293 4 (M1,E2) 0.044 23 Z
193IRS G KC=0.036 20$LC=0.0065 23$MC=0.0015 5
193IRS G NC=0.00037 13$OC=6.5E-5 24$PC=4.3E-6 24
193IR cG E$Others: 514.95 {I10} (1972Pr04), 515.2 {I2} (1970Be06).
193IR cG RI$Others: 0.28 {I5} (1972Pr04), 0.40 {I6} (1970Be06).
193IR G 556 0.08 2 (E2) 0.0184 A
193IRS G KC=0.01399 20$LC=0.00337 5$MC=0.000808 12
193IRS G NC=0.000197 3$OC=3.30E-5 5$PC=1.587E-6 23
193IR G 695.159 14 0.068 2 [M1,E2] 0.021 10 Z
193IRS G KC=0.017 9$LC=0.0029 11$MC=0.00067 25
193IRS G NC=0.00017 6$OC=2.9E-5 11$PC=2.0E-6 11
193IR cG E$Others: 695.12 {I10} (1972Pr04), 695.3 {I2} (1970Be06)
193IR cG RI$Others: 0.072 {I14} (1972Pr04), 0.09 {I2} (1970Be06)
193IR L 712.197 5 3/2+ 15 PS 14
193IR cL T from |b(ce)(t) (1969Va36); other: 1968Av02
193IR B 0.513 8 8.06 1
193IRS B EAV=125.63 79
193IR cB L=0 (1984Gh01,1973Kr05); L=1 (1985Be03)
193IR G 154.800 9 0.692 13M1+E2 +0.26 3 1.70 3
193IRS G KC=1.38 3$LC=0.248 5$MC=0.0577 11
193IRS G NC=0.0142 3$OC=0.00247 4$PC=0.000170 4
193IR cG E$Weighted ave. of 154.808 {I10} (2012Kr05), 154.74 {I3} (1972Pr04),
193IR2cG 154.68 {I10} (1970Be06).
193IR cG RI$Others: 0.76 {I11} (1972Pr04), 0.63 {I7} (1970Be06).
193IR cG M,MR |a(K)exp=0.8 {I3} (1972Pr04). |d=1.3 {I6} from |a(K)exp
193IRxcG datum.
193IR G 251.645 10 5.34 7 M1+E2 -0.11 3 0.451 Z
193IRS G KC=0.372 6$LC=0.0607 9$MC=0.01399 20
193IRS G NC=0.00344 5$OC=0.000608 9$PC=4.56E-5 7
193IR cG E$Others: 251.62 {I4} (1972Pr04), 251.66 {I8} (1970Be06)
193IR cG RI$Others: 5.5 {I4} (1972Pr04), 5.4 {I4} (1970Be06).
193IR cG MR$Unweighted average of -0.132 {I7} (2008ZaZY) and -0.079 {I20}
193IR2cG (1984Gh01) other: |d=0.45 {I14} from conversion electron data, see |d
193IRxcG footnote.
193IR G 350.343 16 0.141 12[M1,E2] 0.12 7
193IRS G KC=0.10 6$LC=0.020 5$MC=0.0047 10
193IRS G NC=0.00114 25$OC=0.00020 5$PC=1.2E-5 7
193IR cG E$From 2012Kr05. Others: 350.2 {I2} (1972Pr04), 350.2 {I3} (1970Be06).
193IR cG RI$Weighted ave. of 0.138 {I4} (2012Kr05), 0.18 {I6} (1972Pr04), 0.16
193IR2cG {I5} (1970Be06).
193IR G 354.25 12 0.0023 13 X
193IR G 532.126 10 2.14 2M1+E2 +0.48 +32-160.053 9 Z
193IR2 G FLAG=D
193IRS G KC=0.044 8$LC=0.0073 9$MC=0.00167 19
193IRS G NC=0.00041 5$OC=7.2E-5 9$PC=5.3E-6 9
193IR cG E$Others: 532.02 {I5} (1972Pr04), 532.3 {I2} (1970Be06)
193IR cG RI$Others: 2.10 {I15} (1972Pr04), 2.2 {I2} (1970Be06).
193IR G 573.267 10 0.519 5 M1+E2 +0.03 2 0.0503 Z
193IR2 G FLAG=D
193IRS G KC=0.0417 6$LC=0.00661 10$MC=0.001516 22
193IRS G NC=0.000373 6$OC=6.61E-5 10$PC=5.04E-6 7
193IR cG E$Others: 573.33 {I10} (1972Pr04), 573.4 {I2} (1970Be06)
193IR cG RI$Others: 0.49 {I5} (1972Pr04), 0.54 {I6} (1970Be06).
193IR G 639.151 10 0.197 2 [M1,E2] 0.026 13 Z
193IRS G KC=0.021 11$LC=0.0036 14$MC=0.0008 3
193IRS G NC=0.00021 8$OC=3.6E-5 14$PC=2.5E-6 13
193IR cG E$Others: 639.09 {I10} (1972Pr04), 639.3 {I2} (1970Be06)
193IR cG RI$Others: 0.19 {I3} (1972Pr04), 0.21 {I3} (1970Be06).
193IR G 712.188 10 0.431 4 [M1,E2] 0.020 10 Z
193IRS G KC=0.016 8$LC=0.0027 11$MC=0.00063 23
193IRS G NC=0.00016 6$OC=2.7E-5 11$PC=1.9E-6 10
193IR cG E$Others: 712.10 {I10} (1972Pr04), 712.1 {I2} (1970Be06).
193IR cG RI$Others: 0.39 {I6} (1972Pr04), 0.50 {I5} (1970Be06).
193IR L 740.348 10 5/2-
193IR B 0.32 1 8.17 2
193IRS B EAV=116.43 78
193IR G 142.135 6 1.72 3 (M1) 2.24
193IRS G KC=1.85 3$LC=0.303 5$MC=0.0698 10
193IRS G NC=0.01715 24$OC=0.00304 5$PC=0.000229 4
193IR cG E$Weighted ave. of 142.130 {I8} (1972Pr04), 142.26 {I6} (1970Be06),
193IR2cG 142.139 {I10} (2012Kr05).
193IR cG RI$Others: 1.9 {I2} (1972Pr04), 1.4 {I2} (1970Be06).
193IR cG M |a(K)exp=1.5 {I3} (1972Pr04), |a(K)exp=2.0 {I4} (1970Be06)
193IR G 176.907 16 0.029 LT X
193IR G 181.38 12 0.004 1 X
193IR2 G FL=559.293
193IR cG E,RI$Other: 181 (1972Pr04) seen in coincidence spectra only with
193IR2cG I|g=0.008 at the limit of detection.
193IR G 378.38 10 0.04 1 [E1] 0.01471 Z
193IRS G KC=0.01224 18$LC=0.00191 3$MC=0.000437 7
193IRS G NC=0.0001067 15$OC=1.85E-5 3$PC=1.238E-6 18
193IR cG E,RI$Other: 378, 0.041 {I10} (1972Pr04)
193IR G 382.63 15 0.0017 10 X
193IR G 440.981 18 2.27 12M1+E2 -0.37 4 0.0920 21
193IRS G KC=0.0758 18$LC=0.01247 23$MC=0.00288 6
193IRS G NC=0.000707 13$OC=0.0001247 24$PC=9.17E-6 22
193IR cG E$Weighted ave. of 440.986 {I19} (2012Kr05), 440.95 {I5} (1972Pr04),
193IR2cG and 440.90 {I20} (1970Be06).
193IR cG RI$Others: 2.32 {I16} (1972Pr04), 2.2 {I2} (1970Be06).
193IR cG M |a(K)exp=0.085 {I17} (1972Pr04), |a(K)exp=0.09 {I3}
193IRxcG (1970Be06)
193IR cG MR$From 1973Kr05. Other: |d=0.19 {I4} and 0.32 {I10} from listed
193IR2cG |a(K)exp values, respectively.
193IR G 560 0.07 2 [E1] 0.00627 A
193IRS G KC=0.00524 8$LC=0.000793 12$MC=0.000181 3
193IRS G NC=4.42E-5 7$OC=7.73E-6 11$PC=5.45E-7 8
193IR G 601.89 18 0.0063 9 X
193IR L 806.96 6 (5/2)+ L
193IR G 449.16 6 0.007 3 X
193IR G 668.10 10 0.021 3
193IR cG E$Using the Limitation of relative statistical weight method of
193IR2cG 668.147 {I55} (2012Kr05), 668.09 {I9} (2005Za15), 668.3 {I3}
193IR3cG (1972Pr04), and 667.0 {I4} (1970Be06).
193IR cG RI$Using the Limitation of relative statistical Weight method of 0.026
193IR2cG 1 (2012Kr05), 0.016 {I2} (2005Za15), 0.019 {I9} (1972Pr04), and 0.03
193IR3cG {I1} (1970Be06).
193IR L 848.905 11 5/2+
193IR B 0.0079 8 9.33 5
193IRS B EAV=82.09 74
193IR G 290 0.012 [M1,E2] 0.21 11 A
193IRS G KC=0.16 10$LC=0.036 6$MC=0.0085 10
193IRS G NC=0.0021 3$OC=0.00035 7$PC=1.9E-5 13
193IR cG RI$At detection limit.
193IR G 487.22 11 0.0053 12 X
193IR G 491.26 8 0.0045 18 X
193IR G 709.924 13 0.053 2 [M1,E2] 0.020 10
193IRS G KC=0.016 8$LC=0.0028 11$MC=0.00064 23
193IRS G NC=0.00016 6$OC=2.7E-5 11$PC=1.9E-6 10
193IR cG E$Weighted ave. of 709.904 {I27} (2012Kr05), 709.93 {I15} (1972Pr04),
193IR2cG 710.0 {I4} (1970Be06).
193IR cG RI$Others: 0.052 {I13} (1972Pr04), 0.04 {I2} (1970Be06)
193IR G 775.9 3 0.010 5[E2] 0.00876 H
193IRS G KC=0.00697 10$LC=0.001371 20$MC=0.000323 5
193IRS G NC=7.90E-5 11$OC=1.351E-5 19$PC=7.94E-7 12
193IR G 848.944 16 0.114 3 [M1,E2] 0.013 6 Z
193IRS G KC=0.011 5$LC=0.0017 7$MC=0.00040 15
193IRS G NC=0.00010 4$OC=1.7E-5 7$PC=1.2E-6 6
193IR cG E$Others: 848.85 {I15} (1972Pr04), 848.9 {I4} (1970Be06)
193IR cG RI$Others: 0.11 {I2} (1972Pr04), 0.12 {I2} (1970Be06)
193IR L 874.279 12 3/2+,5/2+
193IR B 0.033 2 8.58 3
193IRS B EAV=74.33 73
193IR G 253.08 8 0.043 LT X
193IR G 314.93 5 0.050 10 X
193IR G 317 0.026 7[M1,E2] 0.16 8 A
193IRS G KC=0.13 8$LC=0.027 6$MC=0.0064 11
193IRS G NC=0.0016 3$OC=0.00027 6$PC=1.5E-5 10
193IR G 413.730 16 0.105 5 (M1,E2) 0.08 4
193IRS G KC=0.06 4$LC=0.012 4$MC=0.0028 8
193IRS G NC=0.00069 20$OC=0.00012 4$PC=7.E-6 5
193IR cG E$Weighted average of 413.729 {I16} (2012Kr05), 413.8 {I2} (1972Pr04),
193IR2cG and 414.0 {I3} (1970Be06).
193IR cG RI$Others: 0.12 {I4} (1972Pr04), 0.11 {I3} (1970Be06)
193IR G 512.3 3 0.04 2 [M1,E2] 0.045 23 H
193IRS G KC=0.036 20$LC=0.0066 23$MC=0.0015 5
193IRS G NC=0.00038 13$OC=6.6E-5 24$PC=4.3E-6 25
193IR G 516.52 4 0.073 2 [M1,E2] 0.044 22 Z
193IRS G KC=0.036 20$LC=0.0064 23$MC=0.0015 5
193IRS G NC=0.00037 13$OC=6.4E-5 23$PC=4.2E-6 24
193IR cG E,RI$Other: 516.3 {I4}, 0.06 {I3} (1972Pr04)
193IR G 735.32 3 0.027 1[M1,E2] 0.018 9 Z
193IRS G KC=0.015 8$LC=0.0025 10$MC=0.00058 21
193IRS G NC=0.00014 6$OC=2.5E-5 10$PC=1.8E-6 9
193IR cG E$Others: 735.3 {I3} (1972Pr04), 735.5 {I4} (1970Be06)
193IR cG RI$Others: 0.027 {I7} (1972Pr04), 0.030 {I6} (1970Be06)
193IR G 800.9 3 0.008 4 [M1,E2] 0.015 7 H
193IRS G KC=0.012 6$LC=0.0020 8$MC=0.00047 17
193IRS G NC=0.00011 5$OC=2.0E-5 8$PC=1.4E-6 7
193IR G 874.306 25 0.48 3 [M1,E2] 0.012 6
193IRS G KC=0.010 5$LC=0.0016 6$MC=0.00037 14
193IRS G NC=9.E-5 4$OC=1.6E-5 6$PC=1.2E-6 6
193IR cG E$From 2012Kr05. Others: 874.36 {I15} (1972Pr04), 874.2 {I3} (1970Be06)
193IR cG RI$Weighted ave. of 0.46 {I3} (2012Kr05), 0.48 {I7} (1972Pr04), 0.58
193IR2cG {I6} (1970Be06)
193IR L 879.50 17
193IR G 282.34 9 0.025 3 X
193IR2 G FL=598.212
193IR G 418.31 7 0.012 7 X
193IR2 G FL=460.552
193IR L 882.18 7
193IR G 283.97 7 0.028 3 X
193IR L 890.40 7
193IR G 292.19 7 0.0170 24 X
193IR L 959.72 4
193IR G 361.51 3 0.083 7 X
193IR L 964.41 3 1/2+
193IR B 0.0033 2 9.02 4
193IRS B EAV=47.73 72
193IR G 784.43 5 0.017 2 [M1,E2] 0.016 7
193IRS G KC=0.013 6$LC=0.0021 8$MC=0.00049 18
193IRS G NC=0.00012 5$OC=2.1E-5 8$PC=1.5E-6 8
193IR cG E$Weighted average of 784.447 {I56} (2012Kr05), 784.2 {I2} (1972Pr04),
193IR2cG and 784.2 {I4} (1970Be06)
193IR cG RI$Others: 0.017 {I4} (1972Pr04), 0.02 {I1} (1970Be06)
193IR G 891.34 3 0.067 3[M1,E2] 0.011 5 Z
193IRS G KC=0.009 5$LC=0.0015 6$MC=0.00036 13
193IRS G NC=9.E-5 4$OC=1.5E-5 6$PC=1.1E-6 5
193IR cG E$Others: 891.26 {I15} (1972Pr04), 891.0 {I4} (1970Be06)
193IR cG RI$Others: 0.072 {I11} (1972Pr04), 0.080 {I12} (1970Be06)
193IR L 1077.81 19 (3/2-,5/2-)
193IR B 0.0018 5 7.92 13
193IRS B EAV=16.44 64
193IR G 778.43 19 0.047 1 [M1,E2] 0.016 8
193IRS G KC=0.013 6$LC=0.0022 9$MC=0.00050 19
193IRS G NC=0.00012 5$OC=2.2E-5 9$PC=1.5E-6 8
193IR cG E$Using the Limitation of relative statistical Weight method of
193IR2cG 778.513 {I14} (2012Kr05), 778.48 {I15} (1972Pr04), and 777.4 {I4}
193IRxcG (1970Be06).
193IR cG RI$Others: 0.042 {I9} (1972Pr04), 0.06 {I2} (1970Be06)