95MO 94MO(N,G) E=THERMAL 1973BA57 95MO H TYP=FUL$AUT=T. W. BURROWS$CIT=NDS 68,635 (1993)$CUT=10-Oct-1995$ 95MO H TYP=UPD$AUT=T. Burrows$CUT=10-Oct-1995$ 95MO D 1994: UPDATED SN TO VALUE FROM 1993Au07. RERAN GTOL 95MO C Measured G's; coaxial GELI, FWHM=15-20 KEV at EG=3-7 MEV 95MO C Decay scheme added by the evaluator assuming that the 7165G feeds the 95MO2C 204 state (SN=7369 KEV 2 in agreement with SN=7367.3 17 from 1985Wa02) 95MO C Others: 1991Is05 and 1969Ra10 95MO CL J From the adopted levels, except as noted 95MO CL E(A),J(B) Energy from 1993Au07, and spin and parity is from the 95MO2CL assumption of S-WAVE capture on an even-even target 95MO PN 5 95MO N 0.7 95MO cN SIGMAN=0.015 95MO CG May feed 1426 but the energy agreement is poor 95MO CG Doublet 95MO G 5922 5 13 95MO G 6721 14 95MO L 0.0 5/2+ 95MO L 203.8 163/2+ 95MO G 203.820 95MO L 786 95MO L 819 95MO L 1043 3 1/2+ 95MO G 1043 4 95MO L 1324 5 (3/2+,5/2+) 95MO G 1324 7 95MO L 2046.0 231/2+&(3/2)+ 95MO G 2046 3 95MO L 2214 3 1/2-,3/2- 95MO G 2214 4 95MO L 2492.0 16 3/2+,5/2+ 95MO G 2491.920 95MO L 7369.1 16 1/2+ S 95MO cL E$7369.06 10 from 1995Au04. 95MO2cL Observed deexcitation intensity is ??% of GS feeding. 95MOF L FLAG=AB 95MO G 4877 28.2 95MO G 5155 411.3 95MO G 5323 32.6 95MO G 6045 77.7 95MO G 6326 413 95MO G 7165 2100