Abstract
1. The limiting concentrations of alcohol radicals in irradiated crystal solvates do not depend on the radiation dose rate and decrease slowly with the temperature. 2. Under irradiation, the radicals are destroyed according to a first-order reaction, with a rate constant proportional to the dose rate. The temperature dependence does not obey an Arrhenius law. 3. The hypothesis is advanced that radiation decomposition of radicals and the nonuniformity of their distribution over the substance play a vital role in the process of accumulation.
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