DIGITAL METHOD FOR PROCESSING EVENTS OF (γ,np)-REACTIONS ON 12C, 14N, AND 16O NUCLEI, OBTAINED USING BY TRACK 4π-DETECTOR

To study (γ,np)-reactions on the nuclei of 12C, 14N, and 16O, an algorithm-sequence of specific actions has been developed to obtain physical information about events using digital methods. A set of corresponding graphical applications has been created in the Python programming language, which allows one specialist to perform all procedures to obtain physical information regarding the studied reactions on a computer. An automated method for determining the coordinates of points along the track has been developed, significantly speeding up the process of measuring tracks. A comparison of kinematic parameters obtained by the digital methods and with the help of specialized measuring devices has been made. It has been found that the digital method improves the quality of measurement and reduces the absolute measurement error.