165HO    165ER EC DECAY (10.36 H)      1963RY01,1963ZY01         24NDS    202401
165HO  H TYP=FUL$AUT=Balraj Singh and Jun Chen$CIT=NDS 194, 460 (2024)$
165HO2 H CUT=31-Oct-2022$
165HO DE LOGFT$FROM BetaShape v2.3.1 (Dec-2023) 2019MO35.
165HO c  1963Ry01, 1963Zy01: measured internal-bremsstrahlung spectra, |g
165HO c  Other measurements:
165HO c  |g: 1963Ra15, 1961Gr25, 1961Ab04, 1957Go78, 1950Bu85
165HO c  K| x ray, L| x ray: 1958Gr03, 1952Ku15
165HO c  Auger electrons: 1978GrZS
165HO c  K| x ray-K| x ray coin: 1982Va20, 1972Na09
165HO c  (K| x ray)(L| x ray)(t), (K| x ray)(L| x ray) coin, Coster-Kronig
165HO2c  transitions probability: 1980Gn01
165HO d  Calculations of internal ionization in |e decay: 1974Mu06, 1973Mu12
165HO c  No 94.7|g (I(|g+ce)<0.0002%), no 361|g (I(|g+ce)<0.00002%) (1963Ry01),
165HO2c  no 115|g or 135|g (1963Ry01)
165HO c  No |g: 1963Ra15, 1961Gr25, 1961Ab04, <0.01% (1958An39), 1957Go78
165ER  P 0.0         5/2-              10.36 H   4              376.7     10
165ER cP J,T$From {+165}Er Adopted Levels
165ER cP QP$From 2021Wa16
165HO  N                       1.0       1.0
165HO  L 0.0         7/2-               STABLE
165HO cL J$from the Adopted Levels
165HO  E                       100       4.715    5             100
165HOS E CK=0.7989 4$CL=0.15165 20$CM+=0.04946 16
165HO cE E$measured value=371 {I6} from weighted average of E=371 {I6}
165HO2cE (1963Zy01), and 370 {I10} (1963Ry01); energies deduced from the shape
165HO3cE of internal bremsstrahlung spectrum
165HO cE IB$no |b{++} (1950Bu85)