194TL 194PB EC DECAY (10.7 M) 1987EL09 21NDS 202109
194TL H TYP=FUL$AUT=Jun Chen and Balraj Singh$CIT=NDS 177, 1 (2021)$
194TL2 H CUT=3-Sep-2021$
194TL c 1987El09, 1987ElZY: {+194}Pb ions were produced by bombarding natural
194TL2c tungsten target of five 4 mg/cm{+2} foils with 125 MeV {+16}O beam from
194TL3c the Holifield Heavy Ion Research Facility tandem Van de Graaff
194TL4c accelerator, separated with the UNISOR on-line facility, collected onto
194TL5c an automated tape system and then transported to a decay station.
194TL6c |g rays were detected with two large-volume Ge(Li) detectors and
194TL7c conversion electrons were detected with a Si(Li) detector. Measured
194TL8c E|g, I|g, E(ce), I(ce), |g|g-coin, ce-|g-coin. Deduced levels, J, |p,
194TL9c decay branching ratios, log| {Ift}, conversion coefficients, |g-ray
194TLac multipolarities, mixing ratios. ce data are not explicitly given in
194TLbc 1987El09 and are taken from 1987ElZY, a private communication with the
194TLcc authors of 1987El09.
194TL d
194TL c Others: 2003Su30, 1982Hi04, 1978AtZZ, 1976WeZM, 1976RoZK, 1960Ju01,
194TL2c 1960An03. Only the 204|g was reported in earlier studies (1982Hi04,
194TL3c 1978AtZZ, 1960Ju01)
194TL c Total decay energy deposit of 2778 {I67} (calculated by RADLIST) is in
194TL2c a good agreement with Q-value=2730 {I22} (2021Wa16), indicating the
194TL3c completeness of this decay scheme.
194TL cE TI$From |g+ce intensity balance at each level, unless otherwise noted.
194TL cG E,RI$From 1987El09
194TL cG E(A),RI(A)$Energy and intensity from |g|g only (1987El09)
194TL cG E(B)$Tentative placement suggested by evaluators on the basis
194TL2cG of energy sums, not included in deducing |g-ray intensity balance
194TL cG E(X)$Poor fit. Uncertainty has been increased to 0.2 keV in the
194TL2cG fitting.
194TL cG M,MR$Deduced from ce data (1987ElZY), given under comments where
194TL2cG available. Conversion coefficients are available for only a few
194TL3cG transitions, as listed here. For this reason, evaluators have placed
194TL4cG those assignments in parentheses, for which supporting numerical data
194TL5cG are not available. The same values are adopted in Adopted Levels
194TL cL E$From a least-squares fit to |g-ray energies
194TL cL J$From Adopted Levels
194PB P 0.0 0+ 10.7 M 6 2730 22
194PB cP T$From Adopted Levels of {+194}Pb. It is weighted average of 10.0 min
194PB2cP {I4} (2003Su30), 12.0 min {I5} (1987El09), 9.2 min {I11} (1982Hi04),
194PB3cP 11 min {I2} (1960Ju01)
194PB cP QP$From 2021Wa16. Other: E(|b{++})(max)=3.6 MeV {I2} (1976WeZM)
194PB2cP gives 4.6 MeV, in disagreement with value from 2021Wa16
194TL N 0.166 5 0.166 5 1.00
194TL cN NR$From I(|g+ce to g.s.)=99.25% {I75}, assuming |e+|b{++} feeding to
194TL2cN g.s. as <1.5% corresponding to log {If{+1u}t}>8.5 for a possible
194TL3cN first-forbidden unique transition. Total unassigned |g intensity is
194TL4cN |?8%
194TL PN 3
194TL G 115.18 4 0.57 3
194TL2 G %IG=0.095 6
194TL G 140.0 2 0.45 14
194TL2 G %IG=0.075 24
194TL G 194.9 2 0.77 12
194TL2 G %IG=0.128 21
194TL G 313.13 5 0.69 9
194TL2 G %IG=0.115 16
194TL G 360.78 3 2.7 3
194TL2 G %IG=0.45 5
194TL G 383.60 3 1.67 17
194TL2 G %IG=0.28 3
194TL G 453.5 2 1.37 5
194TL2 G %IG=0.227 11
194TL G 463.1 2 1.76 9
194TL2 G %IG=0.292 17
194TL G 487.6 2 3.80 8
194TL2 G %IG=0.631 21
194TL G 498.7 2 2.8 3
194TL2 G %IG=0.46 5
194TL G 584.8 3 0.39 19
194TL2 G %IG=0.06 4
194TL G 595.8 3 0.94 6
194TL2 G %IG=0.156 11
194TL G 598.7 3 0.94 7
194TL2 G %IG=0.156 13
194TL G 609.3 3 1.39 14
194TL2 G %IG=0.231 24
194TL G 652.8 1 2.7 3
194TL2 G %IG=0.45 5
194TL G 654.7 1 0.86 22
194TL2 G %IG=0.14 4
194TL G 663.9 1 1.00 6
194TL2 G %IG=0.166 11
194TL G 881.1 1 1.61 13
194TL2 G %IG=0.267 23
194TL G 911.0 1 1.33 7
194TL2 G %IG=0.221 13
194TL G 1015.2 2 5.0 4
194TL2 G %IG=0.83 7
194TL G 1546.0 2 3.0 10
194TL2 G %IG=0.50 17
194TL G 2386.2 5 0.76 16
194TL2 G %IG=0.13 3
194TL G 2392.3 6 0.64 13
194TL2 G %IG=0.106 22
194TL G 2480.9 6 0.40 9
194TL2 G %IG=0.066 15
194TL L 0.0 2-
194TL E 0.025 LT 1.5 LT 8.4 GT 1.5 LT 1U?
194TLS E EAV=775.4 93$CK=0.7842 5$CL=0.14990 23$CM+=0.04905 9
194TL cE IB$corresponding to log {If{+1u}t}>8.5 for a possible first-forbidden
194TL2cE unique transition
194TL L 192.14 4 (0)-
194TL E 0.14 1 3.3 2 6.60 4 3.4 2
194TLS E EAV=693.3 97$CK=0.7737 15$CL=0.1405 4$CM+=0.04558 11
194TL G 192.02 5 27.7 6 E2 0.471 C
194TL2 G %IG=4.60 15
194TLS G KC=0.186 3$LC=0.213 3$MC=0.0554 8
194TLS G NC=0.01388 20$OC=0.00242 4$PC=9.85E-5 14
194TL cG M$ K/L=5.6 {I4}, |a(K)exp=0.18 {I2}
194TL L 203.82 3 1-
194TL E 0.18 7 4.4 17 6.46 18 4.6 18
194TLS E EAV=688.1 97$CK=0.7745 14$CL=0.1407 4$CM+=0.04564 11
194TL G 203.80 6 100 4 M1(+E2) 0.3 LT 1.11 4 C
194TL2 G %IG=16.6 6
194TLS G KC=0.90 4$LC=0.1591 23$MC=0.0373 6
194TLS G NC=0.00942 15$OC=0.00182 3$PC=0.000168 5
194TL cG M$ K/L=5.6 {I4}, |a(K)exp=1.1 {I2}
194TL L 225.00 4(2)-
194TL E 0.002 LT 0.2 LT 9.2 GT 0.2 LT 1U?
194TLS E EAV=681.0 94$CK=0.7879 3$CL=0.15216 22$CM+=0.04987 8
194TL G 225.00 8 31 3 M1(+E2) 0.3 LT 0.84 3 C
194TL2 G %IG=5.1 5
194TLS G KC=0.69 3$LC=0.1199 18$MC=0.0281 4
194TLS G NC=0.00710 10$OC=0.001373 20$PC=0.000127 4
194TL cG M$ K/L=5.6 {I7}, |a(K)exp=0.72 {I6}
194TL L 270.49 4(3)-
194TL G 45.5 10 0.19 AP[M1] 15.7 11 3.1 AP C
194TL2 G %IG AP 0.030
194TLS G L/T=0.72 4$M/T=0.168 15
194TLS G N/T=0.043 4$O/T=0.0083 8$P/T=0.00078 8
194TLS G LC=12.1 9$MC=2.82 20
194TLS G NC=0.71 5$OC=0.138 10$PC=0.0131 9
194TL cG E,TI$from (189.4|g)(203.8|g) (1987El09)
194TL cG RI$from I(|g+ce) and theoretical |a(total)
194TL G 66.7 10 0.11 AP[E2] 37 3 4.3 AP C
194TL2 G %IG AP 0.019
194TLS G L/T=0.73 4$M/T=0.191 19
194TLS G N/T=0.048 5$O/T=0.0082 9$P/T=0.000234 25
194TLS G LC=27.3 21$MC=7.2 6
194TLS G NC=1.79 14$OC=0.307 24$PC=0.0088 7
194TL cG E,TI$from (189.4|g)(225.0|g) (1987El09)
194TL cG RI$from I(|g+ce) and theoretical |a(total)
194TL G 270.52 4 12.8 7 M1(+E2) 0.25 LT 0.510 13 C
194TL2 G %IG=2.13 13
194TLS G KC=0.416 12$LC=0.0716 12$MC=0.0167 3
194TLS G NC=0.00423 7$OC=0.000819 14$PC=7.67E-5 18
194TL cG M$ K/L=6.0 {I6}, |a(K)exp=0.54 {I12}
194TL L 367.74 4 1-
194TL E 0.068 25 2.4 9 6.66 16 2.5 9
194TLS E EAV=616.3 97$CK=0.7836 11$CL=0.1429 3$CM+=0.04639 10
194TL G 142.94 10 1.72 18[M1,E2] 2.2 9 C
194TL2 G %IG=0.29 3
194TLS G KC=1.4 11$LC=0.60 18$MC=0.15 5
194TLS G NC=0.038 13$OC=0.0069 20$PC=0.00039 8
194TL G 163.90 10 2.57 6 M1+E2 1 AP 1.468 AP C
194TL2 G %IG=0.427 15
194TLS G KC AP 0.994$LC AP 0.358$MC AP 0.0895
194TLS G NC AP 0.0225$OC AP 0.00408$PC AP 0.000249
194TL cG M$|a(L2)exp|?0.10, K/L2>5, L2>L1, L2>L3
194TL G 175.68 12 2.12 10M1 1.731 C
194TL2 G %IG=0.352 19
194TLS G KC=1.416 20$LC=0.241 4$MC=0.0564 8
194TLS G NC=0.01423 21$OC=0.00276 4$PC=0.000261 4
194TL cG M$|a(L1)exp=0.20 {I3}, K/L|?5.8, L1>L2, L1>L3
194TL G 367.80 10 50 4 (M1(+E2)) 0.1 LT 0.225 C
194TL2 G %IG=8.3 7
194TLS G KC=0.184 3$LC=0.0310 5$MC=0.00724 11
194TLS G NC=0.00183 3$OC=0.000355 5$PC=3.36E-5 5
194TL L 459.92 4 (2-)
194TL E 0.018 3 3.4 6 7.75 9 3.4 6 1U
194TLS E EAV=582.2 93$CK=0.7896$CL=0.15446 22$CM+=0.05073 9
194TL G 92.2 2 0.44 4 [M1,E2] 9.6 13 C
194TL2 G %IG=0.073 7
194TLS G KC=5 5$LC=3.7 22$MC=0.9 6
194TLS G NC=0.24 15$OC=0.042 25$PC=0.00184 19
194TL G 189.44 5 9.3 13(M1(+E2)) 0.1 LT 1.396 C
194TL2 G %IG=1.54 22
194TLS G KC=1.141 17$LC=0.195 3$MC=0.0456 7
194TLS G NC=0.01152 17$OC=0.00224 4$PC=0.000211 3
194TL G 267.92 10 0.91 3 [E2] 0.1564 B ?
194TL2 G %IG=0.151 7
194TLS G KC=0.0839 12$LC=0.0544 8$MC=0.01396 20
194TLS G NC=0.00350 5$OC=0.000620 9$PC=3.01E-5 5
194TL G 460.05 10 18.7 3 (M1+E2) 0.9 2 0.084 11 C
194TL2 G %IG=3.10 10
194TLS G KC=0.067 10$LC=0.0129 11$MC=0.00306 25
194TLS G NC=0.00077 7$OC=0.000148 13$PC=1.28E-5 15
194TL L 521.52 3 1(-)
194TL E 0.065 6 3.50 21 6.44 4 3.56 21
194TLS E EAV=549.1 97$CK=0.7901 9$CL=0.14471 25$CM+=0.04701 9
194TL G 153.8 2 1.51 16(M1) 2.52 C
194TL2 G %IG=0.25 3
194TLS G KC=2.06 3$LC=0.352 5$MC=0.0822 12
194TLS G NC=0.0208 3$OC=0.00403 6$PC=0.000381 6
194TL G 296.40 6 3.01 7 (M1) 0.405 C
194TL2 G %IG=0.500 18
194TLS G KC=0.332 5$LC=0.0561 8$MC=0.01308 19
194TLS G NC=0.00330 5$OC=0.000642 9$PC=6.07E-5 9
194TL G 317.70 5 3.58 7 (M1(+E2)) 0.5 LT 0.311 25 C
194TL2 G %IG=0.594 19
194TLS G KC=0.253 23$LC=0.0446 19$MC=0.0105 4
194TLS G NC=0.00264 10$OC=0.000510 22$PC=4.7E-5 4
194TL G 329.48 5 0.99 10(M1) 0.304 C
194TL2 G %IG=0.164 17
194TLS G KC=0.249 4$LC=0.0420 6$MC=0.00979 14
194TLS G NC=0.00247 4$OC=0.000480 7$PC=4.54E-5 7
194TL cG $|d(E2/M1)<0.5, adopted |DJ|p requires M1
194TL G 521.55 5 25.2 6 (M1(+E2)) 0.3 LT 0.086 3 C
194TL2 G %IG=4.18 15
194TLS G KC=0.0709 25$LC=0.0119 4$MC=0.00277 8
194TLS G NC=0.000699 19$OC=0.000136 4$PC=1.28E-5 5
194TL cG RI incorrectly quoted as 2.5 {I6} in 1987El09
194TL L 589.16 4 (2-)
194TL E 0.0032 4 0.95 10 8.20 6 0.95 10 1U
194TLS E EAV=527.6 94$CK=0.7896$CL=0.15577 23$CM+=0.05123 9
194TL G 318.69 5 3.96 8 (M1(+E2)) 0.4 LT 0.316 18 C
194TL2 G %IG=0.658 22
194TLS G KC=0.258 16$LC=0.0447 14$MC=0.0105 3
194TLS G NC=0.00264 8$OC=0.000512 16$PC=4.75E-5 24
194TL G 385.33 3 1.72 18 [M1,E2] 0.13 8 C
194TL2 G %IG=0.29 3
194TLS G KC=0.10 7$LC=0.021 7$MC=0.0050 15
194TLS G NC=0.0013 4$OC=0.00024 8$PC=2.0E-5 10
194TL G 589.1 2 2.34 7 (M1(+E2)) 0.3 LT 0.0628 21
194TL2 G %IG=0.389 16
194TLS G KC=0.0515 18$LC=0.00860 25$MC=0.00200 6
194TLS G NC=0.000505 14$OC=9.8E-5 3$PC=9.3E-6 3
194TL L 752.93 6(0-,1-)
194TL E 0.0159 17 1.84 13 6.62 4 1.86 13
194TLS E EAV=447.8 97$CK=0.7966 5$CL=0.14704 21$CM+=0.04783 8
194TL G 292.98 6 5.2 3 [M1,E2] 0.27 15 & ?
194TL2 G %IG=0.86 6
194TLF G FLAG=B$
194TLS G KC=0.21 14$LC=0.048 10$MC=0.0117 19
194TLS G NC=0.0029 5$OC=0.00055 12$PC=4.3E-5 21
194TL G 527.7 2 0.47 7 [M1,E2] 0.06 3
194TL2 G %IG=0.078 12
194TLS G KC=0.04 3$LC=0.008 4$MC=0.0020 8
194TLS G NC=0.00051 19$OC=0.00010 4$PC=8.E-6 5
194TL G 549.0 1 4.86 7 (M1,E2) 0.05 3 C
194TL2 G %IG=0.807 24
194TLS G KC=0.040 24$LC=0.008 3$MC=0.0018 7
194TLS G NC=0.00045 18$OC=9.E-5 4$PC=8.E-6 4
194TL G 752.8 2 9.2 4 [M1,E2] 0.023 12 C
194TL2 G %IG=1.53 8
194TLS G KC=0.018 10$LC=0.0033 14$MC=0.0008 3
194TLS G NC=0.00019 8$OC=3.7E-5 16$PC=3.4E-6 17
194TL L 785.75 5 (1-)
194TL E 0.184 18 24.2 11 5.49 4 24.4 11
194TLS E EAV=433.4 97$CK=0.7972 4$CL=0.14734 20$CM+=0.04793 8
194TL G 417.92 6 14.0 2 (M1(+E2)) 0.3 LT 0.155 6 C
194TL2 G %IG=2.32 7
194TLS G KC=0.127 5$LC=0.0215 6$MC=0.00503 13
194TLS G NC=0.00127 4$OC=0.000246 7$PC=2.32E-5 8
194TL G 560.69 10 8.34 17 [M1,E2] 0.05 3 C
194TL2 G %IG=1.38 5
194TLS G KC=0.038 23$LC=0.007 3$MC=0.0017 7
194TLS G NC=0.00043 17$OC=8.E-5 4$PC=7.E-6 4
194TL G 581.82 10 116 4 (M1(+E2)) 0.4 LT 0.064 4 C
194TL2 G %IG=19.3 7
194TLS G KC=0.052 3$LC=0.0087 4$MC=0.00204 9
194TLS G NC=0.000514 22$OC=0.000100 5$PC=9.4E-6 5
194TL G 785.54 10 2.4 14[M1,E2] 0.020 11 @
194TL2 G %IG=0.40 24
194TLS G KC=0.017 9$LC=0.0029 12$MC=0.0007 3
194TLS G NC=0.00017 7$OC=3.3E-5 14$PC=3.0E-6 15
194TL L 833.27 4 (1-)
194TL E 0.0080 12 1.28 14 6.74 6 1.29 14
194TLS E EAV=412.6 97$CK=0.7979 4$CL=0.14775 20$CM+=0.04808 7
194TL G 311.84 5 1.41 10 (M1+E2) 1.0 3 0.23 5 C
194TL2 G %IG=0.234 18
194TLS G KC=0.17 4$LC=0.040 4$MC=0.0096 7
194TLS G NC=0.00241 17$OC=0.00045 4$PC=3.6E-5 6
194TL G 373.39 4 1.62 9 (M1(+E2)) 0.5 LT 0.201 16 C
194TL2 G %IG=0.269 17
194TLS G KC=0.164 15$LC=0.0284 15$MC=0.0067 4
194TLS G NC=0.00168 8$OC=0.000325 17$PC=3.01E-5 23
194TL G 465.8 2 0.79 8 (M1) 0.1200
194TL2 G %IG=0.131 14
194TLS G KC=0.0986 14$LC=0.01645 24$MC=0.00383 6
194TLS G NC=0.000967 14$OC=0.000188 3$PC=1.78E-5 3
194TL G 629.9 3 3.8 4 (M1) 0.0543 C
194TL2 G %IG=0.63 7
194TLS G KC=0.0446 7$LC=0.00738 11$MC=0.001717 25
194TLS G NC=0.000433 6$OC=8.43E-5 12$PC=8.00E-6 12
194TL G 640.55 8 3.4 5 [M1] 0.0519 X
194TL2 G %IG=0.56 9
194TLF G FL=192.14
194TLS G KC=0.0427 6$LC=0.00706 10$MC=0.001643 23
194TLS G NC=0.000415 6$OC=8.06E-5 12$PC=7.66E-6 11
194TL G 833.4 3 0.9 3 [M1,E2] 0.018 9
194TL2 G %IG=0.15 5
194TLS G KC=0.014 8$LC=0.0025 11$MC=0.00059 24
194TLS G NC=0.00015 6$OC=2.9E-5 12$PC=2.6E-6 13
194TL L 979.00 11 (1-,2-)
194TL E 0.0019 2 0.60 1 7.00 3 0.60 10
194TLS E EAV=348.5 97$CK=0.7993 2$CL=0.14898 19$CM+=0.04853 7
194TL G 457.5 2 1.6 4 [M1,E2] 0.08 5
194TL2 G %IG=0.27 7
194TLS G KC=0.06 4$LC=0.013 5$MC=0.0030 11
194TLS G NC=0.0008 3$OC=0.00014 6$PC=1.2E-5 7
194TL G 611.0 3 1.06 11[M1,E2] 0.038 21 C
194TL2 G %IG=0.176 19
194TLS G KC=0.031 18$LC=0.0057 24$MC=0.0013 6
194TLS G NC=0.00034 14$OC=6.E-5 3$PC=6.E-6 3
194TL G 754.4 2 2.7 3 [M1,E2] 0.023 12 C
194TL2 G %IG=0.45 5
194TLS G KC=0.018 10$LC=0.0033 14$MC=0.0008 3
194TLS G NC=0.00019 8$OC=3.7E-5 16$PC=3.4E-6 17
194TL G 774.9 3 0.69 3 (M1) 0.0317 C
194TL2 G %IG=0.115 6
194TLS G KC=0.0261 4$LC=0.00429 6$MC=0.000997 14
194TLS G NC=0.000252 4$OC=4.89E-5 7$PC=4.65E-6 7
194TL G 786.7 2 0.6 3 B ?
194TL2 G %IG=0.10 5
194TL L 998.43 6 1(-)
194TL E 0.011 2 4.0 3 6.17 5 4.0 3
194TLS E EAV=340.0 98$CK=0.7994 1$CL=0.14914 18$CM+=0.04859 7
194TL G 244.93 10 1.22 8 [M1,E2] 0.45 24 X
194TL2 G %IG=0.203 15
194TLF G FL=752.93
194TLS G KC=0.33 23$LC=0.086 9$MC=0.0211 12
194TLS G NC=0.0053 3$OC=0.00099 11$PC=7.E-5 4
194TL G 630.8 3 1.2 AP[M1,E2] 0.035 19 AC
194TL2 G %IG AP 0.20
194TLS G KC=0.028 16$LC=0.0052 22$MC=0.0012 5
194TLS G NC=0.00031 13$OC=5.9E-5 25$PC=5.E-6 3
194TL G 773.46 20 2.53 8 (M1(+E2)) 0.7 LT 0.028 4 C
194TL2 G %IG=0.420 17
194TLS G KC=0.023 3$LC=0.0039 5$MC=0.00091 10
194TLS G NC=0.000229 24$OC=4.4E-5 5$PC=4.2E-6 5
194TL G 794.85 7 6.8 7 (M1,E2) 0.020 10 C
194TL2 G %IG=1.13 12
194TLS G KC=0.016 9$LC=0.0028 12$MC=0.0007 3
194TLS G NC=0.00017 7$OC=3.2E-5 14$PC=2.9E-6 15
194TL G 998.47 10 12.5 10(M1(+E2)) 0.7 LT 0.0149 17 C
194TL2 G %IG=2.08 17
194TLS G KC=0.0122 15$LC=0.00202 21$MC=0.00047 5
194TLS G NC=0.000118 12$OC=2.30E-5 24$PC=2.17E-6 25
194TL L 1010.52 5 (1-)
194TL E 0.013 2 5.0 3 6.06 4 5.0 3
194TLS E EAV=334.6 98$CK=0.79945 9$CL=0.14924 18$CM+=0.04863 7
194TL G 257.95 10 1.47 12[M1,E2] 0.38 21 XC
194TL2 G %IG=0.244 21
194TLS G KC=0.29 20$LC=0.073 10$MC=0.0177 15
194TLS G NC=0.0045 4$OC=0.00083 12$PC=6.E-5 3
194TL G 489.0 2 1.65 7 [M1,E2] 0.07 4 C
194TL2 G %IG=0.274 14
194TLS G KC=0.05 4$LC=0.010 4$MC=0.0025 9
194TLS G NC=0.00063 23$OC=0.00012 5$PC=1.0E-5 6
194TL G 550.6 3 1.18 6 [M1,E2] 0.05 3 C
194TL2 G %IG=0.196 12
194TLS G KC=0.040 24$LC=0.008 3$MC=0.0018 7
194TLS G NC=0.00045 17$OC=9.E-5 4$PC=8.E-6 4
194TL G 642.79 8 5.2 6 (M1) 0.0515 C
194TL2 G %IG=0.86 11
194TLS G KC=0.0423 6$LC=0.00700 10$MC=0.001628 23
194TLS G NC=0.000411 6$OC=7.99E-5 12$PC=7.59E-6 11
194TL G 785.54 10 1.9 12[M1,E2] 0.020 11 @C
194TL2 G %IG=0.32 20
194TLS G KC=0.017 9$LC=0.0029 12$MC=0.0007 3
194TLS G NC=0.00017 7$OC=3.3E-5 14$PC=3.0E-6 15
194TL G 806.52 7 5.90 19 [M1,E2] 0.019 10 C
194TL2 G %IG=0.98 4
194TLS G KC=0.016 8$LC=0.0027 12$MC=0.0006 3
194TLS G NC=0.00016 7$OC=3.1E-5 13$PC=2.8E-6 14
194TL G 818.0 2 4.99 22(M1) 0.0276 C
194TL2 G %IG=0.83 5
194TLS G KC=0.0227 4$LC=0.00372 6$MC=0.000866 13
194TLS G NC=0.000219 3$OC=4.25E-5 6$PC=4.04E-6 6
194TL G 1010.54 10 6.5 3 [M1,E2] 0.011 5
194TL2 G %IG=1.08 6
194TLS G KC=0.009 5$LC=0.0015 6$MC=0.00036 14
194TLS G NC=9.E-5 4$OC=1.8E-5 7$PC=1.6E-6 8
194TL L 1152.01 7 (1-)
194TL E 0.0023 4 2.09 17 6.36 5 2.09 17
194TLS E EAV=271.8 99$CK=0.79943 9$CL=0.15040 19$CM+=0.04907 7
194TL G 784.2 4 1.9 9 [M1,E2] 0.021 11 C
194TL2 G %IG=0.32 15
194TLS G KC=0.017 9$LC=0.0029 13$MC=0.0007 3
194TLS G NC=0.00017 7$OC=3.4E-5 14$PC=3.0E-6 15
194TL G 926.97 9 7.62 16(M1(+E2)) 0.7 LT 0.0179 21 C
194TL2 G %IG=1.27 5
194TLS G KC=0.0147 18$LC=0.0024 3$MC=0.00057 6
194TLS G NC=0.000143 15$OC=2.8E-5 3$PC=2.6E-6 3
194TL G 1152.04 9 2.88 9 [M1,E2] 0.008 4
194TL2 G %IG=0.478 20
194TLS G KC=0.007 3$LC=0.0011 5$MC=0.00026 10
194TLS G NC=6.6E-5 25$OC=1.3E-5 5$PC=1.2E-6 5$IPC=1.5E-6 5
194TL L 1178.79 8 (1-)
194TL E 0.0010019 1.12 6 6.62 4 1.12 6
194TLS E EAV=259.9 99$CK=0.7993 2$CL=0.15063 19$CM+=0.04916 8
194TL G 392.63 10 0.90 14(E2(+M1)) 3 GT 0.059 7 X
194TL2 G %IG=0.149 24
194TLS G KC=0.040 6$LC=0.0139 7$MC=0.00348 15
194TLS G NC=0.00087 4$OC=0.000159 8$PC=1.01E-5 10
194TL G 811.49 10 2.38 11(M1,E2) 0.019 10
194TL2 G %IG=0.395 21
194TLF G FL=367.74
194TLS G KC=0.015 8$LC=0.0027 11$MC=0.0006 3
194TLS G NC=0.00016 7$OC=3.1E-5 13$PC=2.8E-6 14
194TL G 1178.6 2 3.32 14[M1,E2] 0.008 4
194TL2 G %IG=0.55 3
194TLS G KC=0.006 3$LC=0.0011 4$MC=0.00025 9
194TLS G NC=6.2E-5 23$OC=1.2E-5 5$PC=1.1E-6 5$IPC=3.3E-6 9
194TL L 1187.55 7(0-,1-)
194TL E 0.0046 8 5.45 2 5.93 3 5.45 20
194TLS E EAV=255.9 99$CK=0.7993 2$CL=0.15070 19$CM+=0.04918 8
194TL G 189.0 4 0.7 AP [M1,E2] 1.0 5 AC
194TL2 G %IG AP 0.12
194TLS G KC=0.7 5$LC=0.212 17$MC=0.053 7
194TLS G NC=0.0132 17$OC=0.00242 18$PC=0.00016 6
194TL G 666.05 8 10.19 28(M1(+E2)) 0.4 LT 0.0447 24 C
194TL2 G %IG=1.69 7
194TLS G KC=0.0367 20$LC=0.0061 3$MC=0.00142 7
194TLS G NC=0.000360 16$OC=7.0E-5 3$PC=6.6E-6 4
194TL cG RI authors' |DI|g of 0.18 increased to 0.28
194TL G 819.50 20 13.8 3 [M1,E2] 0.018 9 C
194TL2 G %IG=2.29 8
194TLS G KC=0.015 8$LC=0.0026 11$MC=0.00062 25
194TLS G NC=0.00016 7$OC=3.0E-5 13$PC=2.7E-6 13
194TL G 962.64 12 6.70 17(E2) 0.00683 C
194TL2 G %IG=1.11 4
194TLS G KC=0.00545 8$LC=0.001056 15$MC=0.000251 4
194TLS G NC=6.31E-5 9$OC=1.199E-5 17$PC=1.010E-6 15
194TL L 1272.20 8 (0-,1-,2-)
194TL E 0.65 5 6.80 5 0.65 5
194TLS E CK=0.7987 2$CL=0.15145 21$CM+=0.04947 8
194TL G 292.98 6 5.2 3 [M1,E2] 0.27 15 & ?
194TL2 G %IG=0.86 6
194TLF G FLAG=B$
194TLS G KC=0.21 14$LC=0.048 10$MC=0.0117 19
194TLS G NC=0.0029 5$OC=0.00055 12$PC=4.3E-5 21
194TL G 438.83 10 1.33 6 [M1,E2] 0.09 5
194TL2 G %IG=0.221 12
194TLS G KC=0.07 5$LC=0.014 5$MC=0.0034 11
194TLS G NC=0.0009 3$OC=0.00016 6$PC=1.4E-5 8
194TL G 1068.47 10 2.45 23(M1) 0.01390 C
194TL2 G %IG=0.41 4
194TLS G KC=0.01147 16$LC=0.00187 3$MC=0.000433 6
194TLS G NC=0.0001093 16$OC=2.13E-5 3$PC=2.03E-6 3
194TL L 1519.33 6 1+
194TL E 24.3 16 5.06 5 24.3 16
194TLS E CK=0.7954 4$CL=0.1541 3$CM+=0.05049 12
194TL G 540.5 2 2.64 8 [E1] 0.00785
194TL2 G %IG=0.438 18
194TLS G KC=0.00651 10$LC=0.001028 15$MC=0.000238 4
194TLS G NC=5.97E-5 9$OC=1.143E-5 16$PC=1.000E-6 14
194TL G 685.93 10 3.84 7 C
194TL2 G %IG=0.638 20
194TL G 1059.38 10 23.8 4 (E1) 0.00216 C
194TL2 G %IG=3.95 12
194TLS G KC=0.00181 3$LC=0.000272 4$MC=6.26E-5 9
194TLS G NC=1.574E-5 22$OC=3.04E-6 5$PC=2.79E-7 4
194TL G 1294.4 2 11.7 4 (E1) 1.57E-3 C
194TL2 G %IG=1.94 9
194TLS G KC=0.001275 18$LC=0.000190 3$MC=4.36E-5 7
194TLS G NC=1.096E-5 16$OC=2.12E-6 3$PC=1.97E-7 3$IPC=5.11E-5 8
194TL G 1315.6 2 3.4 4 C
194TL2 G %IG=0.56 7
194TL G 1519.45 13101 8
194TL2 G %IG=16.8 12
194TL L 1553.09 13(0,1)
194TL E 1.40 7 6.27 4 1.40 7
194TLS E CK=0.7948 5$CL=0.1545 3$CM+=0.05067 12
194TL G 1185.35 15 4.04 20 C
194TL2 G %IG=0.67 4
194TL G 1349.25 20 4.38 18
194TL2 G %IG=0.73 4
194TL L 1602.81 20(0-,1,2-)
194TL E 0.272 17 6.94 4 0.272 17
194TLS E CK=0.7938 5$CL=0.1552 4$CM+=0.05094 13
194TL G 1602.8 2 1.64 9
194TL2 G %IG=0.272 17
194TL L 1638.93 9 (1-)
194TL E 1.97 9 6.05 4 1.97 9
194TLS E CK=0.7931 5$CL=0.1558 4$CM+=0.05116 14
194TL G 628.1 3 0.96 20 B ?
194TL2 G %IG=0.16 4
194TL G 852.94 10 2.71 11(E2(+M1)) 2 GT 0.0103 17 C
194TL2 G %IG=0.450 22
194TLS G KC=0.0082 14$LC=0.00160 20$MC=0.00038 5
194TLS G NC=9.6E-5 12$OC=1.82E-5 23$PC=1.54E-6 24
194TL G 1271.98 25 4.60 10[M1,E2] 0.0065 25 C
194TL2 G %IG=0.76 3
194TLS G KC=0.0053 21$LC=0.0009 4$MC=0.00021 8
194TLS G NC=5.2E-5 18$OC=1.0E-5 4$PC=9.E-7 4$IPC=1.6E-5 5
194TL G 1414.3 5 1.4 3 [M1,E2] 0.0051 18 C
194TL2 G %IG=0.23 5
194TLS G KC=0.0042 15$LC=0.00068 23$MC=0.00016 6
194TLS G NC=4.0E-5 14$OC=8.E-6 3$PC=7.E-7 3$IPC=5.4E-5 14
194TL G 1639.29 20 3.12 10
194TL2 G %IG=0.518 22
194TL L 1707.61 9 (1-)
194TL E 1.49 16 6.11 6 1.49 16
194TLS E CK=0.7914 6$CL=0.1569 5$CM+=0.05162 17
194TL G 1118.44 10 3.9 5 (M1,E2) 0.009 4 C
194TL2 G %IG=0.65 9
194TLS G KC=0.007 3$LC=0.0012 5$MC=0.00028 11
194TLS G NC=7.E-5 3$OC=1.4E-5 6$PC=1.3E-6 6$IPC=4.6E-7 13
194TL G 1339.6 2 2.1 7 [M1,E2] 0.0058 21 C
194TL2 G %IG=0.35 12
194TLS G KC=0.0047 18$LC=0.0008 3$MC=0.00018 7
194TLS G NC=4.6E-5 16$OC=9.E-6 3$PC=8.E-7 3$IPC=3.1E-5 8
194TL G 1482.9 2 2.4 2 C
194TL2 G %IG=0.40 4
194TL G 1515 1 0.5 AP AC
194TL2 G %IG AP 0.08
194TL L 1722.97 17 (0-,1)
194TL E 0.65 11 6.46 8 0.65 11
194TLS E CK=0.7910 6$CL=0.1572 5$CM+=0.05173 17
194TL G 1200.9 3 0.94 13
194TL2 G %IG=0.156 22
194TL G 1723.2 2 3.0 6
194TL2 G %IG=0.50 10
194TL L 1753.12 15 (0,1)
194TL E 2.06 9 5.93 4 2.06 9
194TLS E CK=0.7902 7$CL=0.1578 5$CM+=0.05196 18
194TL G 1231.5 2 4.3 2 C
194TL2 G %IG=0.71 4
194TL G 1549.4 2 8.1 3 C
194TL2 G %IG=1.34 6
194TL L 1810.46 12 (1)
194TL E 2.56 9 5.78 4 2.56 9
194TLS E CK=0.7885 8$CL=0.1591 6$CM+=0.05245 21
194TL G 1585.3 2 2.47 10 C
194TL2 G %IG=0.410 20
194TL G 1618.5 2 3.34 11 C
194TL2 G %IG=0.555 23
194TL G 1810.4 2 9.61 15
194TL2 G %IG=1.60 5
194TL L 1858.8 10(0,1,2-)
194TL E 0.21 5 6.81 11 0.21 5
194TLS E CK=0.7868 9$CL=0.1602 6$CM+=0.05292 24
194TL G 220.05 12 2.0 2 [D,E2] 0.5 4 B ?
194TL2 G %IG=0.33 4
194TL G 1655 1 1.25 25 C
194TL2 G %IG=0.21 5
194TL L 2192.7 3 (1,2-)
194TL E 0.17 3 6.43 9 0.17 3
194TLS E CK=0.766 3$CL=0.1754 19$CM+=0.0589 8
194TL G 553.3 2 1.27 7 B ?
194TL2 G %IG=0.211 13
194TL G 1671 1 0.31 16 C
194TL2 G %IG=0.05 3
194TL G 2000.6 3 0.74 5
194TL2 G %IG=0.123 9
194TL L 2343.4 5 (0-,1)
194TL E 0.269 15 5.90 8 0.269 15
194TLS E CK=0.741 6$CL=0.193 5$CM+=0.0661 17
194TL G 2343.4 5 1.62 7
194TL2 G %IG=0.269 14