-------------------------------------------------------- Table 1 Reducing the content of Pb and Pt isotopes in Pd after exposure in D plasma (ICP)* Pb in Pd Pb204 Pb208 % Before exposure 1.51% 54.18% % After exposure 6.29% 50.06% ---------------------------------------------------------- Table 2 Reducing the content of Fe isotopes in Ni after processing in hydrogen plasma Fe in Ni Fe54 Fe56 Fe57 %Before exposure 6.55% 91.22% 2.23% %After exposure 18.85% 79.56% 1.59% Zn in Ni Zn64 Zn66 Zn67 Zn68 Zn70 %Before exposure 46.9% 28.36% 4.34% 19.62% 0.71% %After exposure 98.7% 0.32% 0.13% 0.80% 0.01%The processes of decay of impurities and other transformations (transmutations) in the nonequlibrium plasma of the glow discharge are considered from the point of view of nuclear-chemical reactions. [1] Savvatimova I.B., Poteshin S.S., Kargin N.N., Sysoev A.A., Ryndya S.M., Timashev S.F. ICP MS in the analysis of the phenomenon of low-energy nuclear reactions initiated in metals under the conditions of a glow discharge ", Modern means of plasma diagnostics and their use. The theses of the reports of the 12th conference, Moscow, NRNU MEPHI, Dec. 16-18, 2020, p. 133-136.
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