Abstract
In spite of available empirical evidence, the characteristics of latent tracks in plastic nuclear tracks detectors and the optimum methods by which they can be chemically processed are still subject to conflicting hypotheses. Adhering to a pre-established etching procedure has not reconciled biasing factors such as track-etch-rate dependence on dip angle. A review of existing empirical results indicates the need for more comprehensive investigations into the latent track structure and the bulk- and track-etch mechanisms in cellulose nitrate. This paper deals with the behavior of cellulose nitrate, suggesting the most favorable approach to its use as a nuclear particle track detector.
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