54CR 54MN EC DECAY 1993DA20,1966HA07,1990KUZJ14NDS 201408 54CR H TYP=FUL$AUT=YANG DONG, HUO JUNDE$CIT=NDS 121, 1 (2014)$CUT=20-Jun-2014$ 54CR D 1995: ADD NEW DATA. 54CR C 1971He20: five different GELI systems, precise comparison and 54CR2C measurement 54CR C 1966Ha07: produced by 54FE(N,P). Chemical separation. Double focusing 54CR2C spectrometer, internal-external conversion method. 54CR C 1990KuZJ: reported EG and SUMOF I(XK)=25.7% 3. 54CR C 1991BaZS: E(XKA)=5.41 (22.6% 7); E(XKB)=5.95 (3.0% 1); I(XK)=25.6% 8 54CR C 1994Ma13: E(XKA)=5.41 (22.00% ); E(XKB)=5.95 (2.47% ); I(835G)=100% 54CR C 1994Le29: I(XKB)/I(XKA)=0.1332 16. 54CR C See also 1958Ka34. 54CR C 1993Da20: a limit of 5.7E-7 % has been established for the B+ branch of 54CR2C 54MN B+ decay. 54CR C 2006Da20: 54MN source from PTB (Germany), measured EG, IG. The 835-keV 54CR2C g-ray emission probability was obtained using a coaxial germanium 54CR3C detector, half-life of 54MN was determined by reference source method 54CR4c using a HPGe detector: 312.1 d 9. 54CR C 2008AdZX: 10 UCi 54Mn source, measured EG, IG with 100% Ge detector, 54CR2C obtained half-life of 54MN: 311.12 D 82. 54CR C The probability per K capture for double K-shell ionization in EC decay 54CR2C p(K)=3.6E-4 3 (1984Na25), P(K)=2.3E-4 +8-5 (2003HI07), see 1985In02 for 54CR3C theoretical computation. 54CR C Other: see 1978Ve02. 54MN P 0.0 3+ 312.20 D 20 1377.2 10 54MN CP T$From adopted levels. 54CR N 1.0 1.0 1.0 1.0 54CR CN NR From I(EC)=I(G+CE)(835G)=100 54CR PN 3 54CR L 0.0 0+ 54CR E 5.7E-7 LT3.6E-4 LT 14.1 GT 3.6E-4 LT 2U 54CR CE IB from 1993Da20. 54CR L 834.848 3 2+ 54CR E 100.0 6.2 100.0 54CRS E CK= 0.8895$CL= 0.09416$CM+= 0.01635 54CR G 834.848 3 99.976 1E2 2.40E-4 100 54CRB G EKC=0.000224 10 (1966HA07)$ 54CR CG $K/L+M=8.5 7 (1958Ka34); emission probability: 0.9997 55 (2006Da20) 54CR CG E from 1990KuZJ.