86MO    86TC EC DECAY (55 MS)         1998LO17,2001GA24         25NDS    202507
 86MO  H TYP=FUL$AUT=A. Negret and B. Singh$CIT=NDS 203, 283 (2025)$
 86MO2 H CUT=20-Jan-2025$
 86MO c  1998Lo17, 2001Ga24: {+86}Tc Produced in Ni({+92}Mo,X) E=60 MeV/nucleon
 86MO2c  at GANIL. LISE3 separator used to identify the fragments by E-|DE-tof.
 86MO3c  Measured T{-1/2}.
 86MO c  2001Ki13, 2002Fa13 (supersede 2002StZZ,2000WeZZ,2000StZU,2000WeZY):
 86MO2c  {+86}Tc produced in {+9}Be({+112}Sn,X) at 1 GeV/nucleon. Measured
 86MOxc  T{-1/2}.
 86MO c  Theory for {+86}Tc decay: 2012Sa50.
 86TC  P  0            (0+)              55 MS   7              12540     SY
 86TC cP T$From Adopted Levels of {+86}Tc
 86TC cP QP$12540 {I300} (syst, 2021Wa16)
 86MO  N                        1.0       1.0
 86MO  L  0             0+              19.1 S   3
 86MO cL T$from the Adopted Levels
 86MO  E             99.78   20 0.22   20 3.82    6             100.0
 86MOS E EAV=5462.4$CK=0.0019 17$CL=2.2E-4 20$CM+=5.5E-5 41
 86MO cE LOGFT$assuming 100% g.s. to g.s. transition. The transition
 86MO2cE is likely to be superallowed.