Abstract
A kinetic model is proposed which enables one to insert age corrections for deposits with differing natural and laboratory saturation values. It is experimentally shown that such a situation may take place on ESR-dating of fossil shells. It has been proved that the upper limit of detection of accumulated absorbed dose is ≈ 1400 Gy. The saturation tests by means of the additive-dose method used by experimenters on ESR-dating of fossil shells seem to be invalid.
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