71GA    71GE EC DECAY (11.43 D)                                 NDS23    202303
 71GA  H TYP=FUL$AUT=Balraj Singh and Jun Chen$CIT=NDS 188, 1 (2023)$
 71GA2 H CUT=17-Jan-2023$
 71GA c  1991Ke05,1991Lj02: looked for a possible violation of the Pauli
 71GA2c  Exclusion Principle (PEP) in nuclear decays by trying to detect |g
 71GA3c  rays between 8 and 35 MeV with a 3.2 Curie {+71}Ge source and a
 71GA4c  well-type NaI(Tl) detector. If PEP is violated, it is expected
 71GA5c  that the excited states of {+71}Ga would be populated which would then
 71GA6c  decay by the emission of a |g ray or a nucleon. This probability was
 71GA7c  estimated in this work to be <3.0|*10{+-12} at a 95.5% confidence limit
 71GA c  1991Zl01,1991Lj02: a search for neutrinos of mass 10-40 keV was made by
 71GA2c  analyzing the internal bremsstrahlung spectrum of {+71}Ge |e decay. The
 71GA3c  authors claim to have discovered evidence for a neutrino of
 71GA4c  mass=17.2 keV {I+13-11} (95% confidence limit) which is emitted in
 71GA5c  1.6% {I8} (95% confidence limit) of the decays. In later works by
 71GA6c  1993Di03 and 1995Le19, from the measurement of inner bremsstrahlung
 71GA7c  spectrum, no evidence was found for 17-keV neutrinos emitted by the
 71GA8c  decay of {+71}Ge
 71GE  P    0.0              1/2-      11.43 D    3              232.47   9
 71GE cP J,T$From {+71}Ge Adopted Levels
 71GE cP QP$from 2021Wa16
 71GA  N                         1.0       1.0
 71GA  L    0.0        3/2-
 71GA cL J$From the Adopted Levels
 71GA  E  232.47   9             100      4.349  1
 71GAS E CK=0.8759$CL=0.1049$CM+=0.01920
 71GA cE E$233.0 {I5}, weighted average of measured values from 1954La38,
 71GA2cE 1955Bi96, and 1984HaZA, internal bremsstrahlung measurements.
 71GA cE IE$|eL/|eK=0.1180 {I8} (weighted average of values from 1971Ge02 and
 71GA2cE 1962Ma26). |eM/|eL=0.162 {I3} (1971Ge02).