Abstract
The heat capacity of the solid solutions (CD4)0.05Kr0.95 and (CD4)0.05Kr0.948(O2)0.002 are investigated in the temperature interval 0.7–1.6 K. The contribution to the heat capacity of the solutions from the rotational subsystem is separated out. Conversion between the A and T nuclear spin species of CD4 is detected. It is shown that in unconcentrated solutions of methane isotopes in krypton the rate of conversion is larger for the deuteromethane molecules than for the methane molecules.
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