110RH 110RU B- DECAY 1991JO11 12NDS 201206
110RH H TYP=FUL$AUT=G. G~URDAL and F.G. KONDEV$CIT=NDS 113, 1315 (2012)$
110RH2 H CUT=1-Aug-2011$
110RH C Source: {+238}U(P,F), E = 20 MeV. The experiment was performed using
110RH2c MC-20 cyclotron and the IGISOL on-line mass separator facility. The
110RH3C production rate of the parent {+110}Ru was |?3|*10{+2} atoms/|mC.
110RH4C The beta decay energies were determined with a |DE-E telescope detector
110RH5C system consisting of a 300 mm{+2}, 0.5 mm thick Si(Au) surface
110RH6C barrier |DE detector and a 60 mm thick and 75 mm in diameter plastic
110RH7C scintillator E detector. The gamma rays were detected by a 20% and a
110RH8C 25% coaxial Ge detectors and a 1.4cm{+3} planar Ge detector. The
110RH9C conversion coefficients were measured using magnetic lens type
110RH2C conversion electron spectrometer ^E^L^L^I. Measured: EB-,EG,RI,GG,BG,
110RH4C CE, T1/2. Deduced: Levels, mult, JPI.
110RH CB IB,LOGFT$From intensity balances and the adopted level scheme by the
110RH2CB evaluators. Values are tentative, since the level scheme is incomplete
110RH3CB (pandemonium)
110RH CL E$From least-square fit to E{-|g}'s
110RH CL J$From 1991JO11
110RH CG E,RI$From 1991Jo11
110RU P 0.0 0+ 12.04 S 17 2774 20
110RH N 0.023 8 1.00
110RH CN NR$From SUMOF TI(GS)=30% {I10}, based on 70% {I10} {+110}Ru g.s.
110RH2CN (J|p=0{++}) to {+110}Rh g.s. (J|p=1{++}) B- feeding (1991Jo11)
110RH G 96.0 2 50 5
110RH CG E$Observed in coincidence with Rh K X-rays and |b-rays at A=110 but
110RH2CG could not be placed in the level scheme
110RH L 0.0 (1+) 3.35 S 12 M1
110RH CL T$From adopted levels
110RH B 2810 5070 10 4.36 7
110RHS B EAV=1149.2 94
110RH CB IB$Deduced in 1991JO11 by comparing the total intensities of all
110RH2CB {+110}Rh |g-rays and that of 373.8|g ({+110}Pd) from 30 S beam-off
110RH3CB period. The value for the {+110}Rh g.s. (J|p=1{++}) to {+110}Pd g.s.
110RH4CB (J|p=0{++}) decay branch was not reported in 1991JO11
110RH L 112.19 91+
110RH B 27 10 4.69 17
110RHS B EAV=1096.7 94
110RH G 112.2 1 1000 10M1 0.249 C
110RH CG M$From EKC=0.19 4 (from CE data) and EKC=0.22 15 (from Ge(|g)-Ge(|g/X)
110RH2CG coincidence data) in 1991Jo11
110RHS G KC=0.216 3$LC=0.0264 4$MC=0.00491 7$NC+=0.000853 13
110RHS G NC=0.000813 12$OC=4.05E-5 6
110RH L 166.15 15 (1)
110RH B 0.8 4 6.19 22
110RHS B EAV=1071.5 94
110RH G 54.0 2 16 3 C
110RH G 166.1 2 26 8 C
110RH L 200.4 5 (1)
110RH B 0.21 10 6.74 21
110RHS B EAV=1055.5 94
110RH G 88.2 5 9 3
110RH L 228.26 21 (1)
110RH B 0.41 16 6.43 17
110RHS B EAV=1042.5 94
110RH G 116.1 2 18 3 C
110RH L 251.60 14 (1)
110RH B 0.6 4 6.3 3
110RHS B EAV=1031.7 94
110RH G 85.4 5 9 3 C
110RH G 139.4 2 14 8 C
110RH G 251.6 2 21 7 C
110RH L 667.1 3 (1)
110RH B 0.57 24 5.95 19
110RHS B EAV=839.5 92
110RH G 415.4 3 17 5 C
110RH G 439.0 5 C
110RH G 554.8 5 8 3