I. Introduction
Polyallyl diglycol carbonate (PADC) is very much known polymer for heavy charged particle detection. The reason for the popularity is the unique way of detecting only alpha radiation among mixture of alpha, beta and gamma radiations [1]. Scientist have been working for several years to optimize formulation of PADC for the best response and most accurate methodology to compute track length in alpha irradiated samples from various parameters of etched alpha tracks [2]–[4]. The response of alpha radiations on polymers leads to several changes in their properties due to the induced chain scissions and crosslinking. These induced modifications and degradations in the polymers successfully identify the alpha radiation in samples or in environment [5], [6]. The polymer degradation induced by radiation is a prompt way to simulate the aging of polymeric materials and to study their radiation stability or change in chemical and physical properties in view of their industrial applications. At the same time, radiation effects on polymers are of particular interest to science and technology. There have been many applications in modern engineering [7], [8].