Abstract
Muscovite and biotite mica sheets were exposed to high doses of electrons, protons, and α-particles, with a view to studying the effects of these radiations on their track registration properties. Gradual structural changes in mica crystals seem to take place with the increasing doses of the above mentioned particles. The results seem to suggest that the contribution of δ-rays alone is not sufficient to account for the etchable track formation in mica crystalline track detectors.
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