a Radiation Physics and Chemical Problems Institute, 220109 Minsk, Sosny, Belarus
b Institute of Power Engineering Problems, 220109 Minsk, Sosny, Belarus
Abstract:
An automation system consisting of the microscope, video camera and Pentium PC with frame recorder was created. The system provides counting of nuclear tracks on the SSNTD surface with a resolution of 752 × 582 points, determination of the surface area and main axis of the track. The pattern recognition program was developed for operation in Windows 3.1 (or higher) ensuring a convenient interface with the user. In a comparison of the results on automatic track counting with the more accurate hand mode it was shown that the program enables the tracks to be detected even on images with a rather high noise level. It ensures a high accuracy of track counting being comparable with the accuracy of manual counting for densities of tracks in the range of up to 2·105 tracks/cm2. The automatic system was applied in the experimental investigation of uranium and transuranium elements.