Journal of Physics G Nuclear and Particle Physics · 1991 · 75 citations · 11 references
Nuclear DecayDouble Beta DecayEngineeringPhysicsDouble-beta DecayIsotope GeochemistryGeochemical MeasurementsGeochemical StudyGeochemistryDecay RateIndividual Half-livesGeochronologyRadiocarbon DatingEarth Science
A review of recent geochemical measurements on the double-beta decay of 82Se, 128Te and 130Te suggests that the current 'best' value for the decay rate of 128Te relative to that of 130Te is 4*10-4 and the current 'best' values for individual half-lives are as follows: 1*1020 y for 82Se, 2*1024 y for 128Te, and 8*1020 y for 130Te.
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Nuclear structure effects in double-beta decay
J. Engel, P. Vogel, Martin R. Zirnbauer · Physical Review C · 1988 · 269 citations
Double Beta Decay of Selenium-82
B. Srinivasan, E. Calvin Alexander, R. D. Beaty et al. · Economic Geology · 1973 · 56 citations