127TE    127TE IT DECAY (106.1 D)      1970AP02                  11NDS    201108
127TE  H TYP=FUL$AUT=A. HASHIZUME$CIT=NDS 112, 1647 (2011)$CUT=1-Oct-2009$
127TE  P      88.26 811/2-             106.1 D   7
127TE c  1970Ap02: source {+126}Te(n,|g), semi |g
127TE c  1972Ka61: source {+126}Te(n,|g), magnetic spectrometer ce
127TE c  1972Ka31: source {+126}Te(n,|g), magnetic spectrometer ce
127TE c  Others: 1956Kn20, 1965Au01, 1966Ne02, 1971Bu27, 1977So06
127TE c  See also {+127}Te |b{+-} decay (3.85 d)
127TE cL E,J       From adopted levels
127TE cG CC$Theoretical conversion coefficients are calculated using BrIcc code
127TE2cG for assigned mult. The ce/(I{-g}+I{-ce})'s are shown in the text.
127TE  N 1.0         1.0       0.976   2
127TE cN NR        IT decay to g.s. is 97.6% {I2} from the comparison of |g
127TE2cN intensities between the {+127m}Te+{+127g}Te in equilibrium source and
127TE3cN {+127g}Te source (1970Ap02)
127TE PN                                                                     3
127TE  L 0.0          3/2+             9.35 H    7
127TE  L      88.26 811/2-             106.1 D   7                           M1
127TE  G 88.26     8 0.0858  27M4                      1136     100
127TE3 G EKC=484 23 (1977SO06)$ K/L=0.99 5 (1972KA61)
127TES G K/T=0.427 7$L/T=0.444 7$M/T=0.1057 22$N+/T=0.0221 5
127TES G N/T=0.0204 5$O/T=0.00176 4
127TE CG $ce(K)/(I{-|g}+I{-ce})=0.427 {I7}; ce(L)/(I{-|g}+I{-ce})=0.444 {I7};
127TE2CG ce(M)/(I{-|g}+I{-ce})=0.1057 {I22}; ce(N+)/(I{-|g}+I{-ce})=0.0221 {I5}
127TE cG           K:L:M:N=0.99 {I5}:1.0:0.248 {I24}:0.050 {I4},
127TE2cG L1:L2:L3=0.599 {I19}:0.144 {I8}:1.0, M1:M2+M3:M4+M5=1.0:2.29
127TE3cG {I14}:0.093 {I23} (1972Ka61); N+O/L=0.050 {I4} (1972Ka31)
127TE cG M         from |a{-K}(exp)
127TE DG CC        M4 CC(THEORY)'S MULT. BY 0.975 5 (Cf. 1990Ne01)