Abstract
Abstract Alpha Track Analysis (ATA) technique is one of the most sensitive tools for revealing the μ -distribution of the trace amounts of α -emitting radionuclides through the contaminated samples. The identification of radionuclides using solid state nuclear track detectors (SSNTD) along with the α -activity determination in the case of non-planar preparation is beyond the limits of the conventional ATA. In the current paper the comprehensive analytic system for recognition and processing of etched α -tracks in CR-39 plastic nuclear track detector (TASTRAK, Bristol) is presented. The considerable advantage of the proposed algorithm for α -track image analysis is the opportunity to separate the overlapping α -tracks and the α -tracks with the imperfect contours by fitting object templates to edge fragments of the probe image.
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