195AU 195HG EC DECAY (10.53 H) 1973VI09,1974FA06,1971FR0314NDS 201408
195AU H TYP=FUL$AUT=Huang Xiaolong and Kang Mengxiao$CIT=NDS 121, 395 (2014)$
195AU2 H CUT=1-Mar-2014$
195AU c Others: 1955Jo22, 1958Br88, 1966Ha47, 1967Fr05, 1970Ca07, 1970Fo08.
195AU c Sources produced by {+194}Pt({+3}He,2n) (1971Fr03), {+196}Hg(|g,n)
195AU2c (1974Fa06), {+197}Au(p,3n) (1973Vi09), daughter {+195}Tl (1955Kn34).
195AU c 1973Vi09: E|g, I|g, Ice, |g|g-coin measured with a double focusing |p
195AU2c 2*1/2 spectrometer and Si(Li) or Ge(Li). Interpreted with the
195AU3c intermediate coupling models.
195AU c 1974Fa06: E|g, I|g, |g|g-coin measured with Ge(Li) and Si(Li).
195AU2c Interpreted with core-excitation model.
195AU c 1971Fr03: E|g, I|g, E(ce), Ice, |g|g-coin measured with Ge(Li) and
195AUxc Si(Li).
195AU c Energy balance: total decay energy of 1538 keV {I170} deduced
195AU2c (using RADLIST code) from proposed decay scheme is in agreement with
195AU3c the expected value of 1579 keV {I23}, suggesting that the decay
195AU4c scheme is reasonably complete.
195AU t
195AU2t |g|g(|q) directional correlation measurements (1970Ca07)
195AU3t cascade A{-2} A{-4} spin sequence |d
195AU4t --------- --------- --------- ----------------- ------------------
195AU5t 585|g-207|g +0.060 {I16} -0.010 {I17} 3/2(Q)7/2(Q)11/2
195AU6t 600|g-180|g +0.170 {I23} +0.002 {I25} 1/2(D+Q)3/2(D)1/2 -0.08 {I3}
195AU+t or +2.1 {I2}
195AU7t 3/2(D+Q)3/2(D)1/2 +0.55 {I6} or +3.9
195AU+t {I7}
195AU8t 931|g-180|g +0.220 {I50} -0.050 {I60} 1/2(D+Q)3/2(D)1/2 -0.02 {I6}
195AU+t or +1.8 {I3}
195AU9t 3/2(D+Q)3/2(D)1/2 +0.7 {I2} or +2.7
195AU+t {I10}
195AUAt
195AU N 0.070 8 0.070 8 1.0 1.0
195AU cN NR Assuming I(|e+|b{++} to g.s.)=10% {I+10-5}
195AU2cN based on log| {Ift}=7.3 {I3} for analogous transitions in
195AU3cN A=193,197,199, |g+ce feeding to g.s. would lie in the range 80% to 95%.
195AU4cN A |g+ce g.s. feeding of 88% {I8} is adopted
195AU PN 3
195HG P 0.0 1/2- 10.53 H 3 1570 23
195AU cL E From scheme and E|g using least-squares fit to data.
195AU cL J,T From adopted levels, except as noted.
195AU cL T(T) From delay coin (1970Fo08).
195AU cE IE,TI$From I(|g+ce) intensity imbalance from each level.
195AU2cE I|e/I(|e+|b{++}) is calculated by LOGFT code.
195AU cG CC |a(K)exp, |a(L)exp, ce-ratios are from 1973Vi09, except as
195AUxcG noted.
195AU cG E From high-resolution ce and photon studies (1973Vi09), except
195AU2cG as noted.
195AU cG E(B) From 1974Fa06
195AU cG E(E) From 1971Fr03
195AU cG RI Relative photon intensity normalized to
195AU2cG I|g(E|g=779.80)=100. Values are from 1974Fa06, except as noted.
195AU cG RI(A) From 1973Vi09
195AU cG M Deduced from |a(K)exp, |a(L)exp, L-subshell ratios
195AUxcG (1973Vi09).
195AU cG M(D) Deduced from |a(K)exp, |a(L)exp, L- and M-subshell ratios
195AU2cG (41.6-h {+195}Hg decay)
195AU cG M(Q) Deduced from |DJ and |D|p.
195AU G 330.5 3 0.19 4
195AU3 G FLAG=A$
195AU G 861.0 4 0.07 2
195AU3 G FLAG=A$
195AU G 1339.8 5 0.007 3
195AU3 G FLAG=A$
195AU G 1368.3 4 0.019 5
195AU3 G FLAG=A$
195AU L 0.0 3/2+ 186.01 D 6
195AU E 0.012 3 10.0 20 7.39 9 10.0 20
195AUS E EAV=267 11$CK=0.8042$CL=0.14709 19$CM+=0.04746 7
195AU L 61.434 241/2+ 3.0 NS 2
195AU3 L FLAG=T$
195AU E 0.053 14 71 11 6.50 7 71 11
195AUS E EAV=240 11$CK=0.8040 2$CL=0.14759 20$CM+=0.04765 8
195AU G 61.46 3 91 6 M1+E2 0.45 1 12.2 3 C
195AU3 G FLAG=D$
195AUS G LC=9.26 23$MC=2.31 6$NC+=0.668 17
195AU L 241.56 43/2+ 30 PS LT
195AU3 L FLAG=T$
195AU E 1.9 4 7.96 10 1.9 4
195AUS E CK=0.8024 3$CL=0.14920 23$CM+=0.04826 9
195AU G 180.11 4 27.9 13M1+E2 0.16 AP 1.342 C
195AUS G KC=1.097$LC=0.188$MC=0.0437$NC+=0.01302
195AU cG CC |a(K)exp=1.18 {I11}, |a(K)exp/|a(L)exp=6.3 {I3}
195AU2cG other |a(K)exp: 1.10 {I6} (1971Fr03), 0.96 {I10} (1970Ca07).
195AU cG MR from |a(L1)exp:|a(L2)exp:|a(L3)exp=100 {I9}:11.5 {I14}:2.4
195AU2cG {I7} (1973Vi09), 100:11.8 {I18}:|?2 (1971Fr03).
195AU G 241.50 101.01 16E2+M1 2.2 AP 0.269 C
195AUS G KC=0.1728$LC=0.0727$MC=0.0182$NC+=0.00527
195AU cG MR from |a(K)exp=0.18 {I5}
195AU L 261.79 35/2+ 54 PS 10
195AU3 L FLAG=T$
195AU G 200.38 4 0.51 5 E2 0.372
195AU3 G FLAG=D$
195AUS G KC=0.1690 24$LC=0.1526 22$MC=0.0392 6$NC+=0.01125 16
195AU G 261.75 4 22.3 38M1+E2 0.51 1 0.415 7 31.9 C
195AU3 G FLAG=D$
195AUS G K/T=0.235 3$L/T=0.0443 7$M/T=0.01044 16$N+/T=0.00309 5
195AU L 318.58 411/2- 30.5 S 2 M
195AU G 56.80 3 0.0091 11E3 3.29E3 30.7 35
195AU3 G FLAG=D$
195AUS G L/T=0.722 8$M/T=0.215 4$N+/T=0.0625 13
195AU cG TI$from adopted branching ratio and intensity balance at 318 level.
195AU cG RI from I(|g+ce)/(1+|a). Other I|g=0.003 {I2} (1974Fa06)
195AU G 318.60 100.0127 20M4 11.67 0.165 26
195AU3 G FLAG=D$
195AUS G K/T=0.490 7$L/T=0.318 5$M/T=0.0872 16$N+/T=0.0261 5
195AU cG TI$from adopted branching ratio and intensity balance at 318 level.
195AU cG RI from I(|g+ce)/(1+|a). Others: 0.016 {I3} (1966Ha47), 0.022
195AUxcG {I11} (1974Fa06)
195AU L 439.53 93/2+,5/2+
195AU E 0.093 18 9.76 10 0.093 18 1U
195AUS E CK=0.7749 11$CL=0.1690 8$CM+=0.0561 4
195AU G 439.50 151.82 16M1 0.1189 C
195AUS G KC=0.0981 14$LC=0.01602 23$MC=0.00371 6$NC+=0.001105 16
195AU cG |a(K)exp=0.118 {I26}
195AU L 525.67 67/2-
195AU G 207.10 4 23.1 26E2 0.333 C
195AUS G KC=0.1557 22$LC=0.1329 19$MC=0.0341 5$NC+=0.00979 14
195AU L 778.22 19 ?
195AU G 716.79 230.12 5
195AU3 G FLAG=B$
195AU G 778.0 6 0.009 4
195AU3 G FLAG=B$
195AU L 841.23 43/2+
195AU E 9.4 11 6.70 6 9.4 11
195AUS E CK=0.7871 12$CL=0.1603 9$CM+=0.0526 4
195AU G 401.74 150.071 24[M1+E2] 0.10 6 C
195AU3 G FLAG=EQ$
195AUS G KC=0.08 5$LC=0.016 5$MC=0.0037 11$NC+=0.0011 4
195AU G 599.66 4 26.2 9 M1+E2 +0.55 6 0.0443 16 C
195AUS G KC=0.0363 13$LC=0.00611 18$MC=0.00142 4$NC+=0.000422 12
195AU cG CC |a(K)exp=0.042 {I4}, |a(K)exp/|a(L12)exp=6.1 {I6}.
195AU2cG Other |a(K)exp: 0.048 {I7} (1971Fr03), 0.043 {I4} (1970Ca07,1966Ha47)
195AU cG MR from A{-2}=+0.170 {I23} (1970Ca07). Other |d|?0.33 from
195AUxcG |a(K)exp=0.042
195AU G 779.80 5 100 M1 0.0267 C
195AUS G KC=0.0221 3$LC=0.00354 5$MC=0.000817 12$NC+=0.000243 4
195AU cG CC |a(K)exp=0.0245 {I24}, |a(K)exp/|a(L12)exp=6.6 {I8};
195AU2cG other |a(K)exp: 0.022 {I2} (1971Fr03), 0.020 {I2} (1970Ca07,1966Ha47)
195AU G 841.27 104.0 9 M1,E2 0.015 7 @
195AUS G KC=0.012 6$LC=0.0021 9$MC=0.00049 19$NC+=0.00014 6
195AU cG CC doublet |a(K)exp=0.0121 {I23}, |a(L1)exp+|a(L2)exp=0.0029
195AU2cG {I7}; other |a(K)exp: 0.010 {I2} (1970Ca07,1971Fr03,1966Ha47)
195AU L 1082.93 63/2+
195AU E 0.94 13 7.31 8 0.94 13
195AUS E CK=0.768 4$CL=0.1742 23$CM+=0.0580 9
195AU G 821.08 104.3 4 M1(+E2) 0.016 8 C
195AUS G KC=0.013 7$LC=0.0022 9$MC=0.00052 20$NC+=0.00015 6
195AU cG CC |a(K)exp=0.0182 {I30}, |a(L1)exp+|a(L2)exp=0.0043 {I13};
195AU2cG other |a(K)exp: 0.0165 {I25} (1971Fr03), 0.021 {I2} (1970Ca07,1966Ha47)
195AU G 841.27 105.3 9 M1,E2 0.015 7 @C
195AUS G KC=0.012 6$LC=0.0021 9$MC=0.00049 19$NC+=0.00014 6
195AU cG RI doublet apportioned via |g|g-coin is inconsistent; I|g(841|g
195AU2cG to g.s.)=43% (1974Fa06,1971Fr03), 61% (1973Vi09,1970Ca07) of I|g
195AUxcG composite
195AU G 1021.56 7 2.75 28M1 0.01339
195AUS G KC=0.01109 16$LC=0.001764 25$MC=0.000407 6$NC+=0.0001213 17
195AU cG |a(K)exp=0.0114 {I28}, |a(L1)exp+|a(L2)exp=0.0025 {I11};
195AU2cG other |a(K)exp: 0.007 {I3} (1971Fr03), 0.0077 {I16} (1970Ca07,1966Ha47)
195AU G 1082.90 201.02 13(E2) 0.00492
195AUS G KC=0.00399 6$LC=0.000712 10$MC=0.0001667 24$NC+=4.93E-5 7
195AU cG CC |a(K)exp=0.0048 {I23}
195AU L 1110.78 73/2-
195AU E 2.1 3 6.90 9 2.1 3
195AUS E CK=0.764 4$CL=0.177 3$CM+=0.0591 11
195AU G 585.13 5 29.2 11E2 0.01781 C
195AUS G KC=0.01346 19$LC=0.00332 5$MC=0.000802 12$NC+=0.000235 4
195AU cG CC |a(K)exp=0.0112 {I11}, |a(L)exp=0.0040 {I7},
195AU2cG E(L1+L2)C/|a(L3)exp=7.3 {I20}; other |a(K)exp: 0.015 {I2} (1971Fr03),
195AUxcG 0.011 {I1} (1970Ca07,1966Ha47)
195AU G 671.13 250.35 4 [E1] 0.00470 C
195AU3 G FLAG=Q$
195AUS G KC=0.00392 6$LC=0.000597 9$MC=0.0001369 20$NC+=4.05E-5 6
195AU G 868.9 3 0.051 19[E1] 0.00286 C
195AU3 G FLAG=Q$
195AUS G KC=0.00240 4$LC=0.000358 5$MC=8.20E-5 12$NC+=2.43E-5 4
195AU G 1049.27 250.29 9 [E1] 0.00203
195AUS G KC=0.00170 $LC=0.00025
195AU3 G FLAG=Q$
195AU L 1172.44 63/2+
195AU E 3.3 5 6.55 9 3.3 5
195AUS E CK=0.753 6$CL=0.185 4$CM+=0.0622 15
195AU G 910.63 150.92 17M1+E2 1.4 AP 0.01064 C
195AUS G KC=0.00869$LC=0.001501$MC=0.000350$NC+=0.0001038
195AU cG RI$authors quote 0.921 {I17}. The evaluator assumes that the
195AU2cG uncertainty is a misprint.
195AU cG |a(K)exp=0.0088 {I23}
195AU cG MR from |a(K)exp
195AU G 930.90 7 6.2 5 M1+E2 +0.7 2 0.0136 14 C
195AUS G KC=0.0112 12$LC=0.00183 17$MC=0.00042 4$NC+=0.000126 11
195AU cG CC |a(K)exp=0.0118 {I24}, |a(L1)exp+|a(L2)exp=0.0021 {I6}
195AU2cG (1973Vi09); other |a(K)exp: 0.0072 {I14} (1971Fr03), 0.0079 {I8}
195AUxcG (1970Ca07,1966Ha47)
195AU cG MR from A{-2}=+0.22 {I5} (1970Ca07). Other |d|?0.66 from
195AUxcG |a(K)exp=0.0118 2
195AU G 1111.04 1021.2 19M1 0.01082
195AUS G KC=0.00897 13$LC=0.001423 20$MC=0.000328 5$NC+=9.83E-5 14
195AU cG CC |a(K)exp=0.0110 {I13}, |a(L1)exp+|a(L2)exp=0.0020 {I3}
195AU2cG (1973Vi09); other |a(K)exp: 0.0074 {I14} (1971Fr03), 0.0092 {I10}
195AUxcG (1970Ca07,1966Ha47)
195AU G 1172.38 1018.3 16M1 0.00945
195AUS G KC=0.00784 11$LC=0.001241 18$MC=0.000286 4$NC+=8.88E-5 13
195AU cG CC |a(K)exp=0.0090 {I3}, |a(L1)exp+|a(L2)exp=0.0013 {I3}
195AU2cG (1973Vi09); other |a(K)exp: 0.0061 {I12} (1971Fr03), 0.0071 {I14}
195AUxcG (1970Ca07,1966Ha47)
195AU L 1250.96 10(3/2+),5/2+
195AU E 0.095 16 7.86 11 0.095 16
195AUS E CK=0.731 10$CL=0.200 7$CM+=0.068 3
195AU G 811.40 150.27 9 (M1) 0.0241 C
195AUS G KC=0.0199 3$LC=0.00319 5$MC=0.000737 11$NC+=0.000220 3
195AU cG RI$authors quote 0.272 {I9}. The evaluator assumes that the
195AU2cG uncertainty is a misprint.
195AU cG |a(K)exp=0.04 {I2} (1971Fr03)
195AU G 989.15 200.16 6 C
195AU G 1009.35 200.40 8 (M1) 0.01380 C
195AUS G KC=0.01144 16$LC=0.00182 3$MC=0.000420 6$NC+=0.0001251 18
195AU cG |a(K)exp=0.018 {I8}
195AU G 1189.5 3 0.31 6
195AU G 1251.14 250.21 4
195AU L 1324.64 201/2,3/2,5/2+
195AU E 0.008 2 8.64 16 0.008 2
195AUS E CK=0.692 21$CL=0.228 15$CM+=0.080 6
195AU G 546.40 230.018 8
195AU G 1263.2 3 0.071 20
195AU G 1324.7 4 0.021 7
195AU L 1353.61 243/2+
195AU E 0.023 5 8.03 17 0.023 5
195AUS E CK=0.67 3$CL=0.247 22$CM+=0.087 9
195AU G 1091.7 4 0.11 5 [M1+E2] 0.008 4
195AU3 G FLAG=Q$
195AUS G KC=0.007 3$LC=0.0011 4$MC=0.00025 9$NC+=8.E-5 3
195AU G 1292.2 4 0.072 16[M1+E2] 0.0055 20
195AU3 G FLAG=Q$
195AUS G KC=0.0045 17$LC=0.00073 25$MC=0.00017 6$NC+=7.0E-5 22
195AU G 1353.7 4 0.145 32[M1+E2] 0.0049 17
195AU3 G FLAG=Q$
195AUS G KC=0.0040 15$LC=0.00065 21$MC=0.00015 5$NC+=7.9E-5 23
195AU L 1433.0 31/2,3/2,5/2+ ?
195AU E 0.0027 7 8.3 3 0.0027 7 ?
195AUS E CK=0.48 16$CL=0.38 11$CM+=0.14 5
195AU G 1372.0 4 0.026 7
195AU3 G FLAG=A$
195AU G 1432.6 4 0.012 4
195AU3 G FLAG=A$
195AU L 1443.16 251/2,3/2
195AU E 0.014 4 7.5 4 0.014 4
195AUS E CK=0.42 20$CL=0.42 14$CM+=0.16 7
195AU G 360.2 3 0.18 4
195AU3 G FLAG=A$
195AU G 1443.2 4 0.014 4
195AU3 G FLAG=A$