110AG 110AG IT DECAY (249.83 D) 1965GE01,1993KA37,1975CL0312NDS 201206 110AG H TYP=FUL$AUT=G. G~URDAL and F.G. KONDEV$CIT=NDS 113, 1315 (2012)$ 110AG2 H CUT=1-Aug-2011$ 110AG DG CC$ FROM BrIcc v2.2 (31-Mar-2008) 2008KiAA, "Frozen Orbitals" appr. 110AG C 1965GE01, 1993KA37: Reaction: {+109}Ag(n,|g). Measured: CE 110AG C 1975CL03: {+110}Ag{+m} (249.83 D) Decay. Measured: CE-inner shell 110AG2C vacancy delayed coincidences. Deduced: T1/2, J|p. {+109}Ag(n,|g), 110AG3C E=thermal. Measured: E|g, |g-inner shell delayed coincidences 110AG C Others: 1967MO12, 1965HA07, 1963SU07, 1962KA07, 1950SI01 110AG CL E,J,T$From adopted levels 110AG P 117.59 5 6+ 249.83 D 4 110AG N 1.0 1.0 0.0133 8 110AG CN $%IT is determined as TI(116|g)=100 - TI(658|g+1476|g+1783|g) 110AG PN 1.0 3 110AG L 0.0 1+ 24.56 S 11 110AG L 1.112 162- 660 NS 40 110AG G 1.16 3 0.00142 13E1 933 66 1.33 8 110AG CG E$From 1993KA37 110AG CG RI$Estimated by the evaluators using I(|g+ce) and ICC 110AG CG M$M1/M2/M3=0.3 1/1.0/2.1 4, N1/N2/N3=0.25 10/1.00/2.0 6 (1993KA37). 110AG2CG Theoretical ICE ratios (calculated by ^T. Kibedi, priv. communication) 110AG3CG with the ^RAINE code using the same atomic and nuclear parameters as 110AG4CG ^BRICC by ^T. Kibedi): M1/M2/M3= 0.3/1.0/2.2, N1/N2/N3=0.43/1.00/2.11 110AG CG CC$933 66, calculated with the ^RAINE code using the same atomic and 110AG2CG nuclear parameters as ^BRICC (^T. Kibedi, private communication) 110AG L 117.59 5 6+ 249.83 D 4 M1 110AG G 116.48 5 0.0080 5 M4 164.9 17 1.33 8 110AG CG E$From 1990ME15 110AG CG RI$From TI and CC. Other: 0.0085 3 in 1990Me15 relative to I|g(658)=100 110AG CG M$From K/L=2.04 6, L1/L2=4.8 5, L1/L3=1.02 2 (1965GE01). 110AG2CG Other: K/L=2.1 2 (1963SU07), K/L=1.95 10 (1965HA07)