216RN    220RA A DECAY                 1961RU06,1970VA13         07NDS    200705
216RN  H TYP=FUL$AUT=S. -C. WU$CIT=NDS 108, 1057 (2007)$CUT=1-Mar-2007$
216RN cA HF        The requirement that HF(7453|a)=1.00 yields
216RNxcA r{-0}({+216}Rn)=1.554 {I6}
216RN cG M         From adopted gammas
216RN cL J         From adopted levels
220RA  P 0             0+              18 MS     2              7592      6
216RN  N 1.0                   1.0
216RN PN                                                                     2
216RN cN NR        I|g per 100 |a decays
216RN  A 7393      15
216RN cA E$from 2000He17 with I|a=0.05 {I3} relative to E|a=7453 peak.
216RN2cA If this decay does exist, it implies a isomeric state of {+216}Rn
216RN3cA at Ex |?60. It is very unlikely to have an excited state
216RN4cA at this energy for even-even nuclei.
216RN  L 0             0+              45 US     5
216RN  A 7453       7 99.0    4 1.00
216RN cA E$weighted average of 7449 {I10} from 2000He17, 7455 {I10}
216RN2cA from 1970Va13 and 7460 {I20} (1989An13). Other: 7450 (1961Ru06)
216RN cA IA        from I|a(7001|a) and requirement that |SI|a=100
216RN  L 461.4     2   2+
216RN cL E         from adopted levels
216RN  A 7001      6  1.0     4  2.7   11
216RN cA E         from E(level)
216RN cA IA        from |g data
216RN  G 465        4 1.0     4  E2                    0.0431
216RN cG E,RI      from 1961Ru06. Intensity is photons per 100 |a decays