95AG    95AG IT DECAY (LT 500 MS)     2003DO09                  10NDS    201010
 95AG  H TYP=FUL$AUT=S. K. Basu, G. Mukherjee, A. A. Sonzogni$
 95AG2 H CIT=NDS 111, 2555 (2010)$CUT=30-Jun-2009$
 95AG c  {+95}Ag isomers produced in {+58}Ni({+40}Ca,p2n|g) reaction at 3.94
 95AG2c  MeV/A, and separated by GSI on-line mass separator. Measured E|g,
 95AG3c  I|g, |g|g, |b|g|g coin and lifetimes using an array of 13 Ge crystals
 95AG4c  (a Cluster of 7 crystals, a Clover of 4 crystals, a single Ge
 95AG5c  detector and a LEPS detector). The positrons were measured with a
 95AG6c  plastic scintillator.
 95AG c  I|g; From I(|g+ce)=100 and M|g
 95AG cL T$Deduced from intensity distribution of |g-ray versus time as
 95AG2cL measured in grow-in mode
 95AG D  CC$ FROM BrIcc v2.2b (20-Jan-2009) 2008Ki07, "Frozen Orbitals" appr.
 95AG D
 95AG  P 344.2     3  (1/2-)            500 MS    LT
 95AG  N 1            1         1
 95AG PN                                                                     5
 95AG  L 0.0          (9/2+)            1.85 S    34
 95AG  L 77.40     20 (7/2+)
 95AG  G 77.4      2            (M1)                    0.868 14 100
 95AGX G K/T=0.403 4$L/T=0.0503 9$M/T=0.00958 17$N/T=0.00166 3$O/T=7.60E-5 14$
 95AGX G N+/T=0.00173 3
 95AG cG M$from shell-model it is expected |D|p=0. The experimental value for
 95AG2cG |g(77.4)/I|g(255.8)=15 {I8}/12 {I6}=1.25 {I91} favors M1 assignment
 95AG3cG since this ratio will be equal to 0.638 for M1 and equal to 0.259 for
 95AGxcG E2.
 95AG  L 344.2     3  (1/2-)            500 MS    LT
 95AG  G 266.8     2            (E3)                    0.192    100
 95AGX G K/T=0.1253 16$L/T=0.0291 5$M/T=0.00573 9$N/T=0.000935 14$
 95AGX G O/T=2.03E-5 3$N+/T=0.000955 14
 95AG cG M$supported by shell-model calculations and by the fact that
 95AG2cG B(E3)(W.u.)>0.039 if Mult.=(E3), B(E2)(W.u.)>2.7|*10{+-8} if Mult.=(E2)