A new geo-neutrino flux calculation lowers predicted IBD yields by 3.47% for uranium-238 and 9.00% for thorium-232, changing fitted U/Th event rates by 10-20%.
Radioactive heat production of six geologically important nuclides
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abstract
Heat production rates for the geologically important nuclides ${}^{26}$Al, ${}^{40}$K, ${}^{60}$Fe, ${}^{232}$Th, ${}^{235}$U, and ${}^{238}$U are calculated on the basis of recent data on atomic and nuclear properties. The revised data differ by several per cent from some older values, but indicate that more recent analyses converge toward values with an accuracy sufficient for all common geoscience applications, although some possibilities for improvement still remain, especially in the case of ${}^{40}$K and with regard to the determination of half-lives. A Python script is provided for calculating heat production (https://github.com/trg818/radheat).
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New calculation of the geo-neutrino energy spectrum and its implication
A new geo-neutrino flux calculation lowers predicted IBD yields by 3.47% for uranium-238 and 9.00% for thorium-232, changing fitted U/Th event rates by 10-20%.