110CD 110AG B- DECAY (249.83 D) 12NDS 201206
110CD H TYP=FUL$AUT=G. G~URDAL and F.G. KONDEV$CIT=NDS 113, 1315 (2012)$
110CD2 H CUT=1-Aug-2011$
110CD DG CC$ FROM BrIcc v2.3 (9-Dec-2011) 2008Ki07, "Frozen Orbitals" appr.
110CD C 1993KI18: 5 mg {+109}Ag, enriched to 98.20% was irradiated by the
110CD2C thermal neutrons at Tsing-Hua Open-Pool reactor. |g-singles were
110CD3C measured using a HPGe-NaI(Tl) Compton-suppression spectrometer.
110CD4C Two HPGe detectors were used for GG(THETA) measurements. Measured:EG,
110CD5C IG, |g|g-coin., GG(THETA). Deduced: Energy levels, mult., |d
110CD C 1990ME15: |g-ray energies were analyzed using automated
110CD2C multi-spectrometer |g-ray counting facility at ^LLNL's Nuclear
110CD3C Chemistry Division. Measured: EG, IG
110CD C 1981MA09: {+110m}Ag sources were produced at I'Institut National des
110CD2C Radio~el~ements de Flerus by slow-neutron activation of natural silver.
110CD3C |g-rays were detected using three Ge(Li) and one intrinsic Ge coaxial
110CD4C detectors. Measured: EG, IG
110CD C 1979VE03: {+110m}Ag sources were prepared at Bhabha Atomic Research
110CD2C Center at India. |g-rays were detected using a 64.1 cc Ge(Li) detector.
110CD3C 64.1 cc Ge(Li) and 3"x3" NaI(Tl) detectors were used for GG(THETA)
110CD4C measurements. Measured: EG, IG, GG(THETA). Deduced: Energy levels,
110CD5C mult., |d
110CD C Others: 2000HE14, 1993KA37, 1981MA09, 1980RO22, 1980YO05, 1979CO14,
110CD2C 1978MA26, 1978WA07, 1977GE12, 1974PR07, 1972PH04, 1971SI21, 1970KR14,
110CD3C 1969BR03, 1967KR04, 1967LE19, 1967MO12, 1965SI17, 1964BR21, 1964NE05,
110CD4C 1964SC06, 1963SU07, 1963DA03, 1962KA07, 1960VO06
110CD CL E$From least-squares fit to E|g's
110CD CL J$From adopted levels
110CD CG E$From 2000HE14, if available. Otherwise weighted average of values
110CD2CG from 1993KI18, 1990ME15, 1981MA09 and 1979VE03, unless otherwise stated
110CD CG RI$Weighted averages of 1976DE23, 1977GE12, 1979VE03, 1980RO22,
110CD2CG 1980YO05, 1981MA09, 1990ME15 and 1993KI18 computed by the Limitation of
110CD3CG Statistical Weight method suggested in ^DDEP database, unless otherwise
110CD4CG stated
110CD CG M$From EKC (1967MO12, normalized to EKC=0.00275 for the 657.7G), unless
110CD2CG otherwise stated
110CD CB IB,LOGFT$From total intensity balances and the level scheme
110CD CG MR$ IF NO VALUE GIVEN IT WAS ASSUMED MR=1.00 FOR E2/M1,
110CD2CG MR=1.00 FOR E3/M2 AND MR=0.10 FOR THE OTHER MULTIPOLARITIES
110CD2CG MR=1.00 FOR E3/M2 AND MR=0.10 FOR THE OTHER MULTIPOLARITIES
110CD N 0.9690 5 0.9867 8
110CD PN 5
110CD CN NR$From SUMOF TI(GS)=100. B- feeding to the J|p = 0{++} 110CD GS is
110CD2CN assumed to be negligible
110AG P 117.59 5 6+ 249.83 D 4 2892.9 15
110CD G 264.25 6 0.0064 6
110CD G 356.42 7 0.0045 3
110CD G 572.7 1 0.0183 13
110CD G 647.9 4 0.0185 5
110CD G 666.90 9 0.030 14
110CD G 676.59 7 0.15 1
110CD CG RI$From 1990ME15
110CD G 1050.4 3 0.008 1
110CD G 1465.6 1
110CD G 1572.35 140.0012 3
110CD CG RI$From 1990ME15
110CD L 0.0 0+ STABLE
110CD L 657.7621 112+
110CD CL MOMM1$0.52 3 from adopted levels. Other: 0.56 10 (from G=0.28 5,
110CD2CL deduced using T1/2=5 PS 1 in nuclear orientation (1978WA07)) in
110CD3CL 110AG B- Decay (249.83 d)
110CD G 657.7600 11100 E2 0.00314 C
110CDS G KC=0.00272 4$LC=0.000342 5$MC=6.57E-5 10$NC+=1.224E-5 18
110CDS G NC=1.161E-5 17$OC=6.26E-7 9
110CD CG M$EKC=0.00264 10, directly measured by 1964NE05. K/L=8.1 7,
110CD2CG (M+N)/L=0.23 6 (1993KA37)
110CD L 1475.7900 142+
110CD G 818.0244 187.77 4 M1+E2 -1.36 6 0.00191 C
110CDS G KC=0.001666 24$LC=0.000201 3$MC=3.86E-5 6$NC+=7.25E-6 11
110CDS G NC=6.86E-6 10$OC=3.91E-7 6
110CD CG M$EKC=0.00172 19 (1967MO12)
110CD CG MR$From adopted gammas. MR=-1.20 15 (1970KR03), -1.36 10 (1973JO08),
110CD2CG -1.2 5 (1978WA07), -1.25 +22-10 (1979VE03), and -1.44 10 (1980RU03) in
110CD3CG 110AG B- DECAY (249.83 d))
110CD3CG Other: -0.27 10 (1979VE03)
110CD G 1475.7792 234.27 5 E2 5.77E-4
110CDS G KC=0.000440 7$LC=5.16E-5 8$MC=9.87E-6 14$NC+=7.51E-5 11
110CDS G NC=1.760E-6 25$OC=1.029E-7 15$IPC=7.32E-5 11
110CD CG M$EKC=0.00043 6
110CD CG MR$MR(E2/M1)=infinite (1979VE03 and 1970KR03)
110CD L 1542.4438 144+
110CD G 884.6781 1378.4 12E2 1.51E-3 C
110CDS G KC=0.001313 19$LC=0.0001597 23$MC=3.06E-5 5$NC+=5.74E-6 8
110CDS G NC=5.44E-6 8$OC=3.05E-7 5
110CD CG M$EKC=0.00126 6, directly measured by 1964NE05. K/L=7.6 (1963SU07)
110CD L 1783.491 162+
110CD G 310.4 6 0.00009 4 [E2] 0.0290
110CDS G KC=0.0246 4$LC=0.00357 6$MC=0.000692 11$NC+=0.0001257 20
110CDS G NC=0.0001203 19$OC=5.38E-6 9
110CD CG E,RI$From adopted gammas
110CD G 1125.709 200.0322 14M1+E2 +0.28 4 1.01E-3 C
110CDS G KC=0.000886 13$LC=0.0001038 15$MC=1.98E-5 3$NC+=4.78E-6 7
110CDS G NC=3.55E-6 5$OC=2.11E-7 3$IPC=1.020E-6 15
110CD CG M,MR$From adopted gammas.
110CD G 1783.49 3 0.0107 5 E2 5.49E-4
110CDS G KC=0.000306 5$LC=3.56E-5 5$MC=6.79E-6 10$NC+=0.000201 3
110CDS G NC=1.212E-6 17$OC=7.15E-8 10$IPC=0.000200 3
110CD CG M$From adopted gammas
110CD L 2078.485 123-
110CD G 295.42 18 0.00110 7 (E1) 0.00805
110CD CG RI$From adopted gammas
110CDS G KC=0.00702 10$LC=0.000836 12$MC=0.0001597 23$NC+=2.98E-5 5
110CDS G NC=2.83E-5 4$OC=1.563E-6 22
110CD CG E,M$From adopted gammas
110CD G 603.08 20 0.012 8E1(+M2) -0.14 22 0.0016 11
110CDS G KC=0.0014 10$LC=0.00017 12$MC=3.2E-5 24$NC+=6.E-6 5
110CDS G NC=6.E-6 5$OC=3.2E-7 24
110CD CG E$|DE|g was increased by the evaluators to fit the level scheme
110CD CG M,MR$From adopted gammas
110CD G 1420.29 10 0.028 4E1(+M2) +0.01 8 4.32E-410 C ?
110CDF G FL=657.7621
110CDS G KC=0.000226 9$LC=2.59E-5 10$MC=4.95E-6 19$NC+=0.000175 3
110CDS G NC=8.8E-7 4$OC=5.23E-8 20$IPC=0.000174 3
110CD CG E$|DE|g was increased by the evaluators to fit the level scheme
110CD CG M$From adopted gammas
110CD L 2162.8012 153+
110CD CL J$J=3 from GG(THETA) results of 1970KR03 and 1980BA58
110CD G 620.3553 172.86 8 M1+E2 -0.50 5 0.00391 C
110CDS G KC=0.00341 5$LC=0.000410 6$MC=7.86E-5 11$NC+=1.482E-5 21
110CDS G NC=1.401E-5 20$OC=8.11E-7 12
110CD CG M$EKC=0.0031 6
110CD CG MR$From adopted gammas. Other: -0.54 8 (weighted average of -0.50 8
110CD2CG (1980RU03), -0.8 5 (1970KR03) and -0.85 25 (1979VE03)) and -1.2 5 or
110CD3CG -0.7 3 (1978WA07) in 110AG B- Decay (249.83 D)
110CD G 687.0091 186.83 3 M1+E2 -1.69 +2-4 0.00289 C
110CDS G KC=0.00251 4$LC=0.000309 5$MC=5.93E-5 9$NC+=1.111E-5 16
110CDS G NC=1.052E-5 15$OC=5.85E-7 9
110CD CG M$EKC=0.0022 5
110CD CG MR$From adopted gammas. Others: -1.80 5 (1973JO08), -1.65 9 (1978WA07),
110CD2CG -1.27 38 (1980RU03), -1.1 +8-4 (1970KR03) and -1.5 +6-22
110CD3CG (1979VE03) in 110AG B- Decay (249.83 D)
110CD G 1505.0280 2013.94 16M1+E2 -1.27 3 5.90E-4 C
110CDS G KC=0.000446 7$LC=5.20E-5 8$MC=9.94E-6 14$NC+=8.21E-5 12
110CDS G NC=1.776E-6 25$OC=1.048E-7 15$IPC=8.02E-5 12
110CD CG M$EKC=0.00046 4
110CD CG MR$From adopted gammas. Others: -1.05 16 (1988KR03), -1.24 7
110CD2CG (1988KR03), -1.24 20 (1980RU03), -1.09 9 (1978WA07), -1.26 6
110CD3CG (1973JO08), -0.55 10 (1970KR03), -0.48 3 (1973Jo08), and -0.40 +9-17
110CD4CG (1979VE03)
110CD L 2220.0680 144+
110CD G 677.6217 1211.19 5 M1+E2 -0.34 2 0.00320 C
110CDS G KC=0.00279 4$LC=0.000332 5$MC=6.37E-5 9$NC+=1.203E-5 17
110CDS G NC=1.136E-5 16$OC=6.65E-7 10
110CD CG M$From EKC=0.0025 4
110CD CG MR$From adopted gammas. Others: -0.25 20 (1970KR03),
110CD2CG -0.44 5 (1973JO08),
110CD3CG -0.36 3 (1978WA07), -0.25 15 (1979VE03), and -0.28 5 (1980RU03)
110CD G 744.2755 184.99 3 E2 0.00229 C
110CDS G KC=0.00199 3$LC=0.000246 4$MC=4.72E-5 7$NC+=8.83E-6 13
110CDS G NC=8.37E-6 12$OC=4.60E-7 7
110CD CG M$From adopted gammas. Other: E2(+M3) (1979VE03) with -0.0 +16-10
110CD2CG (1979VE03) and (E2) from EKC=0.0021 4 (1967Mo12) in 110AG B- Decay
110CD3CG (249.83 D). MR=Infinite (1970KR03) in 110AG B- Decay (249.83 D)
110CD G 1562.2940 181.28 3 E2 5.56E-4 C
110CDS G KC=0.000394 6$LC=4.61E-5 7$MC=8.80E-6 13$NC+=0.0001067 15
110CDS G NC=1.570E-6 22$OC=9.21E-8 13$IPC=0.0001050 15
110CD CG M$From adopted gammas. Other: E2(+M3) (1979VE03) with -0.10 +2-3
110CD2CG (1979VE03) and (E2) from EKC=0.00046 7 (1967Mo12) in 110AG B- Decay
110CD3CG (249.83 D). MR=Infinite (1970KR03) in 110AG B- Decay (249.83 D)
110CD L 2250.549 124+
110CD G 467.01 4 0.0264 19E2 0.00812
110CDS G KC=0.00698 10$LC=0.000926 13$MC=0.0001785 25$NC+=3.29E-5 5
110CDS G NC=3.14E-5 5$OC=1.580E-6 23
110CD CG M$From adopted gammas
110CD G 708.133 200.24 5 M1+E2 -0.14 3 0.00291
110CDS G KC=0.00254 4$LC=0.000301 5$MC=5.76E-5 8$NC+=1.090E-5 16
110CDS G NC=1.029E-5 15$OC=6.07E-7 9
110CD CG E$From 1990ME15
110CD CG M,MR$From adopted gammas
110CD G 774.71 7 0.006 3 E2 0.00207
110CDS G KC=0.00180 3$LC=0.000222 4$MC=4.26E-5 6$NC+=7.97E-6 12
110CDS G NC=7.55E-6 11$OC=4.17E-7 6
110CD CG M$From adopted gammas
110CD G 1592.77 6 0.0219 8 E2 5.51E-4
110CDS G KC=0.000379 6$LC=4.43E-5 7$MC=8.47E-6 12$NC+=0.0001188 17
110CDS G NC=1.511E-6 22$OC=8.87E-8 13$IPC=0.0001172 17
110CD CG M$From adopted gammas
110CD L 2287.57 52+ ?
110CD CL A 2287.41 level is fed from JPI=1+ 110AG B- decay
110CD2CL (24.6 S). Because no G feeding from higher levels is observed
110CD3CL here from JPI=6+ 110AG B- decay (249.76 D), the weak B feeding
110CD4CL to this level suggests a high spin (J GE 4); therefore, the
110CD5CL possibility of a close-lying doublet is not excluded.
110CD G 1629.79 5 0.0042 5 M1+E2 +0.06 3 5.87E-4
110CDS G KC=0.000407 6$LC=4.73E-5 7$MC=9.03E-6 13$NC+=0.0001227 18
110CDS G NC=1.615E-6 23$OC=9.66E-8 14$IPC=0.0001210 17
110CD CG $Placement proposed by 1981MA09
110CD CG M,MR$From adopted gammas
110CD L 2356.2 2+ ?
110CD G 1698.8 1 0.0018 3 M1+E2 +1.75 15 5.53E-4 ?
110CDS G KC=0.000345 5$LC=4.01E-5 6$MC=7.67E-6 12$NC+=0.0001600 23
110CDS G NC=1.369E-6 20$OC=8.09E-8 12$IPC=0.0001586 23
110CD CG $Placement proposed by 1981MA09
110CD CG M,MR$From adopted gammas
110CD L 2433.23 3 3+
110CD G 651.3 5 0.0029 7[M1] 0.00354
110CDS G KC=0.00309 5$LC=0.000367 6$MC=7.03E-5 10$NC+=1.330E-5 19
110CDS G NC=1.256E-5 18$OC=7.41E-7 11
110CD CG E,RI$from adopted gammas
110CD G 890.7 5 0.0009 4[M1] 1.72E-3
110CDS G KC=0.001506 22$LC=0.0001772 25$MC=3.39E-5 5$NC+=6.42E-6 9
110CDS G NC=6.06E-6 9$OC=3.59E-7 5
110CD CG E,RI$from adopted gammas
110CD G 957.38 6 0.0099 19M1+E2 -0.9 7 0.001379
110CDS G KC=0.00120 8$LC=0.000142 8$MC=2.72E-5 15$NC+=5.1E-6 3
110CDS G NC=4.9E-6 3$OC=2.83E-7 21
110CD CG M,MR$From adopted gammas
110CD G 1775.42 4 0.0069 3 M1+E2 -0.35 10 5.69E-4
110CDS G KC=0.000338 6$LC=3.92E-5 6$MC=7.49E-6 12$NC+=0.000184 3
110CDS G NC=1.339E-6 21$OC=8.00E-8 13$IPC=0.000183 3
110CD CG M$From adopted gammas
110CD L 2479.933 36+
110CD B 530 2 31.3 3 8.277 6
110CDS B EAV=165.52 55
110CD CB E$Weighted average of 531 2 (1967MO12), 530 5 (1962KA07) and 529 3
110CD2CB (1963DA03).
110CD G 229.420 220.0126 14 [E2] 0.0801 ?
110CDS G KC=0.0670 10$LC=0.01070 15$MC=0.00208 3$NC+=0.000373 6
110CDS G NC=0.000358 5$OC=1.410E-5 20
110CD G 937.485 3 36.6 3 E2 1.32E-3
110CDS G KC=0.001149 16$LC=0.0001390 20$MC=2.66E-5 4$NC+=5.00E-6 7
110CDS G NC=4.73E-6 7$OC=2.67E-7 4
110CD CG M$From adopted gammas. Other: From EKC=0.0012 8 (1964NE05) and E2
110CD2CG from 1967MO12. M3+E2 with MR=-0.07 +7-3 (1979VE03) in 110Ag B- Decay
110CD3CG (249.53 D). Other MR= Infinite (1970KR03) in 110Ag B- Decay (249.53 D)
110CD L 2539.672 85-
110CD B 0.061 5 10.81 4
110CDS B EAV=144.11 54
110CD G 460.85 8 0.0054 16E2 0.00845
110CDS G KC=0.00726 11$LC=0.000965 14$MC=0.000186 3$NC+=3.43E-5 5
110CDS G NC=3.27E-5 5$OC=1.641E-6 23
110CD CG E,M$From adopted gammas
110CD G 997.246 140.136 4 E1(+M2) -0.03 5 4.91E-417
110CDS G KC=0.000430 15$LC=4.97E-5 18$MC=9.5E-6 4$NC+=1.79E-6 7
110CDS G NC=1.69E-6 6$OC=9.9E-8 4
110CD CG M$From adopted gammas
110CD L 2561.284 94+
110CD G 341.3 1 0.0023 5 [M1] 0.01715 ?
110CDS G KC=0.01493 21$LC=0.00181 3$MC=0.000347 5$NC+=6.55E-5 10
110CDS G NC=6.19E-5 9$OC=3.61E-6 5
110CD G 1018.94 4 0.0149 7 M1+E2 -0.6 4 0.001235
110CDS G KC=0.00107 4$LC=0.000126 5$MC=2.42E-5 8$NC+=4.57E-6 16
110CDS G NC=4.32E-6 15$OC=2.54E-7 11
110CD CG M,MR$From adopted gammas
110CD G 1085.447 140.076 4 E2 9.52E-4
110CDS G KC=0.000830 12$LC=9.92E-5 14$MC=1.90E-5 3$NC+=3.57E-6 5
110CDS G NC=3.38E-6 5$OC=1.94E-7 3
110CD CG M$From adopted gammas
110CD G 1903.53 3 0.0169 7 E2 5.65E-4
110CDS G KC=0.000271 4$LC=3.14E-5 5$MC=6.00E-6 9$NC+=0.000256 4
110CDS G NC=1.071E-6 15$OC=6.33E-8 9$IPC=0.000255 4
110CD CG M$From adopted gammas
110CD L 2659.857 115-
110CD B 0.036 5 10.61 6
110CDS B EAV=102.83 50
110CD G 120.23 3 0.0179 9 M1(+E2) -0.1 3 0.28 7
110CDS G KC=0.24 5$LC=0.031 14$MC=0.006 3$NC+=0.0011 5
110CDS G NC=0.0011 5$OC=5.9E-5 8
110CD CG M,MR$From adopted gammas
110CD G 409.38 4 0.0067 7 E1(+M2) -0.029 23 0.003509 &
110CDS G KC=0.00305 8$LC=0.000361 10$MC=6.90E-5 18$NC+=1.29E-5 4
110CDS G NC=1.23E-5 4$OC=6.91E-7 18
110CD CG M,MR$From adopted gammas
110CD G 1117.48 3 0.0517 9 E1 4.01E-4
110CDS G KC=0.000346 5$LC=3.98E-5 6$MC=7.60E-6 11$NC+=8.06E-6 12
110CDS G NC=1.356E-6 19$OC=7.98E-8 12$IPC=6.62E-6 10
110CD CG M$From adopted gammas
110CD L 2662.50 100+ ?
110CD CL $Observation in this decay is questionable because of JPI=0+
110CD2CL assignment in 110AG B- decay (24.6 S), and no G feeding to this level
110CD3CL is observed here. Otherwise, this must be a close-lying doublet
110CD G 1186.7 1 0.00170 5 [E2] 7.92E-4
110CDS G KC=0.000686 10$LC=8.15E-5 12$MC=1.560E-5 22$NC+=8.49E-6 12
110CDS G NC=2.78E-6 4$OC=1.602E-7 23$IPC=5.55E-6 8
110CD G 2004.66 7 0.0013 4 E2 5.85E-4 ?
110CDS G KC=0.000246 4$LC=2.85E-5 4$MC=5.44E-6 8$NC+=0.000305 5
110CDS G NC=9.72E-7 14$OC=5.76E-8 8$IPC=0.000304 5
110CD CG E$Placement proposed by 1981MA09
110CD CG M$From adopted levels
110CD L 2705.668 10 (4)+
110CD G 1163.19 5 0.078 24M1+E2 -0.03 +6-9 9.56E-4
110CDS G KC=0.000834 12$LC=9.74E-5 14$MC=1.86E-5 3$NC+=6.34E-6 9
110CDS G NC=3.33E-6 5$OC=1.98E-7 3$IPC=2.81E-6 4
110CD CG M,MR$From adopted gammas
110CD L 2707.397 8 (4)+
110CD G 1.60 10 M1
110CD CG M$From M1/M2/M3=10 2/1.0/0.35 10 (1993KA37)
110CD G 544.56 4 0.019 3 M1+E2 +0.21 11 0.00541
110CDS G KC=0.00472 7$LC=0.000565 8$MC=0.0001083 16$NC+=2.05E-5 3
110CDS G NC=1.93E-5 3$OC=1.131E-6 17
110CD CG M,MR$From adopted gammas
110CD G 1164.98 7 0.046 3 M1(+E2) +0.3 LT 9.48E-415
110CDS G KC=0.000826 13$LC=9.66E-5 15$MC=1.85E-5 3$NC+=6.46E-6 9
110CDS G NC=3.30E-6 5$OC=1.96E-7 3$IPC=2.96E-6 5
110CD CG M,MR$From adopted gammas
110CD L 2793.420 7(4)+
110CD G 360.23 8 0.008 5 [M1] 0.01496
110CDS G KC=0.01303 19$LC=0.001575 22$MC=0.000302 5$NC+=5.71E-5 8
110CDS G NC=5.39E-5 8$OC=3.15E-6 5
110CD G 573.0 4 0.018 1 M1+E2 -0.3 3 0.004789
110CDS G KC=0.00416 8$LC=0.000499 7$MC=9.57E-5 14$NC+=1.81E-5 3
110CDS G NC=1.707E-5 24$OC=9.96E-7 24
110CD CG M,MR$From adopted gammas
110CD G 630.62 5 0.035 5 M1(+E2) +0.02 7 0.00382
110CDS G KC=0.00334 5$LC=0.000396 6$MC=7.59E-5 11$NC+=1.436E-5 21
110CDS G NC=1.356E-5 19$OC=8.00E-7 12
110CD CG M,MR$From adopted gammas
110CD G 714.94 1 0.0098 24[E1] 9.54E-4
110CDS G KC=0.000835 12$LC=9.73E-5 14$MC=1.86E-5 3$NC+=3.50E-6 5
110CDS G NC=3.31E-6 5$OC=1.92E-7 3
110CD CG E$Weighted average of 1981MA09 and 1993KI18
110CD G 1251.06 4 0.028 3 [M1] 8.27E-4
110CDS G KC=0.000712 10$LC=8.31E-5 12$MC=1.589E-5 23$NC+=1.571E-5 22
110CDS G NC=2.84E-6 4$OC=1.693E-7 24$IPC=1.270E-5 18
110CD L 2842.62 6 (5)-
110CD B 0.0232 9 9.773 21
110CDS B EAV=45.53 44
110CD G 409.6 1 0.0041 5 [M2] 0.0396 &
110CDS G KC=0.0340 5$LC=0.00452 7$MC=0.000877 13$NC+=0.0001649 24
110CDS G NC=0.0001561 22$OC=8.77E-6 13
110CD CG RI$Component of doublet. Placement proposed by 1981MA09. RI from
110CD2CG adopted gammas
110CD G 1300.07 7 0.0200 7 E1(+M2) +0.0 1 3.93E-414
110CDS G KC=0.000264 13$LC=3.03E-5 15$MC=5.8E-6 3$NC+=9.34E-5 16
110CDS G NC=1.03E-6 6$OC=6.1E-8 3$IPC=9.23E-5 16
110CD L 2876.808 116+
110CD B 0.399 18 8.228 25
110CDS B EAV=35.67 43
110CD G 396.894 220.039 4 M1+E2 0.0125 8
110CDS G KC=0.0108 6$LC=0.00139 17$MC=0.00027 4$NC+=5.0E-5 6
110CDS G NC=4.7E-5 6$OC=2.50E-6 5
110CD CG M$From adopted gammas
110CD G 626.256 100.227 17E2 0.00357
110CDS G KC=0.00309 5$LC=0.000391 6$MC=7.52E-5 11$NC+=1.400E-5 20
110CDS G NC=1.329E-5 19$OC=7.11E-7 10
110CD CG M$From adopted gammas
110CD G 1334.348 160.150 5 E2 6.48E-4
110CDS G KC=0.000539 8$LC=6.35E-5 9$MC=1.214E-5 17$NC+=3.37E-5 5
110CDS G NC=2.16E-6 3$OC=1.259E-7 18$IPC=3.14E-5 5
110CD CG RI$Other: 0.34 1 (1981MA09)
110CD CG M$From adopted gammas
110CD L 2926.7465 165+
110CD CL J$J=5 from GG(THETA) results of 1970KR03 and 1980BA58.
110CD B 68.6 5 5.365 25
110CDS B EAV=21.80 41
110CD CB E$Other: 87 2 (1963DA03)
110CD G 133.333 7 0.0780 16[M1] 0.207
110CD3 G FL=2793.420
110CDS G KC=0.180 3$LC=0.0224 4$MC=0.00431 6$NC+=0.000811 12
110CDS G NC=0.000767 11$OC=4.39E-5 7
110CD G 219.348 8 0.076 5 [M1] 0.0539
110CDS G KC=0.0468 7$LC=0.00575 8$MC=0.001104 16$NC+=0.000208 3
110CDS G NC=0.000197 3$OC=1.137E-5 16
110CD G 221.078 100.0716 10[M1] 0.0527
110CDS G KC=0.0458 7$LC=0.00563 8$MC=0.001081 16$NC+=0.000204 3
110CDS G NC=0.000193 3$OC=1.114E-5 16
110CD G 266.914 120.043 4 [E1] 0.01057
110CD3 G FL=2659.857
110CDS G KC=0.00922 13$LC=0.001100 16$MC=0.000210 3$NC+=3.92E-5 6
110CDS G NC=3.72E-5 6$OC=2.04E-6 3
110CD G 365.448 110.098 5 [M1] 0.01443
110CDS G KC=0.01257 18$LC=0.001519 22$MC=0.000291 4$NC+=5.50E-5 8
110CDS G NC=5.20E-5 8$OC=3.03E-6 5
110CD G 387.075 9 0.0549 9 [E1] 0.00399
110CD3 G FL=2539.672
110CDS G KC=0.00348 5$LC=0.000412 6$MC=7.88E-5 11$NC+=1.476E-5 21
110CDS G NC=1.398E-5 20$OC=7.86E-7 11
110CD G 446.812 3 3.87 5 M1+E2 -0.39 2 0.00883
110CDS G KC=0.00768 11$LC=0.000936 14$MC=0.000180 3$NC+=3.38E-5 5
110CDS G NC=3.20E-5 5$OC=1.83E-6 3
110CD CG M$EKC=0.0070 11
110CD CG MR$Weighted average of -0.40 6 (1978WA07), -0.39 +2-1 (1979VE03),
110CD2CG -0.35 5 (1980RU03) and -0.45 20 (1970KR03)
110CD G 493.38 5 0.0101 11[E2] 0.00692
110CDS G KC=0.00596 9$LC=0.000782 11$MC=0.0001507 22$NC+=2.79E-5 4
110CDS G NC=2.65E-5 4$OC=1.353E-6 19
110CD G 706.6760 1517.46 7 M1+E2 -1.15 +5-6 0.00275
110CDS G KC=0.00239 4$LC=0.000291 5$MC=5.58E-5 8$NC+=1.048E-5 15
110CDS G NC=9.92E-6 14$OC=5.61E-7 9
110CD CG M$EKC=0.00262 23. K/L= 4.7 (1963SU07)
110CD CG MR$Weighted average of -1.42 7 (1978WA07), -1.0 3 (1970KR03), -0.58 2
110CD2CG (1973JO08), -1.8 +7-9 (1979Ve03) and -1.1 3 (1980RU03)
110CD G 763.9424 1723.64 7 E2 0.00215
110CDS G KC=0.00186 3$LC=0.000230 4$MC=4.42E-5 7$NC+=8.26E-6 12
110CDS G NC=7.83E-6 11$OC=4.32E-7 6
110CD CG M$From adopted gammas. Other: E2 from EKC=0.00184 17 (1967MO12).
110CD2CG E2(+M3) from 1979VE03 with MR=-0.10 +2-3 in {+110}Ag B- Decay
110CD3CG (249.83 D). MR=Infinite (1970KR03)
110CD G 1384.2931 2026.2 5 M1+E2 -0.44 1 6.82E-4
110CDS G KC=0.000562 8$LC=6.55E-5 10$MC=1.252E-5 18$NC+=4.25E-5 6
110CDS G NC=2.24E-6 4$OC=1.331E-7 19$IPC=4.01E-5 6
110CD CG M$EKC=0.00055 4
110CD CG MR$Weighted average of -0.37 3 (1970KR03), -0.46 1 (1973JO08), -0.39 2
110CD2CG (1978WA07), -0.42 +7-6 (1979VE03), and -0.44 2 (1980RU03)