Direct-Action Accelerator Based on the Magnetron Gun With a Secondary-Emission Cathode and its Aplication in Radio-Technologies

Abstract

Investigations related with developments of computer simulation and computational methods for spectrometry of sources irradiation are actual for decision of wide class of scientific tasks into industrial radiation processing. Investigations of influence of electron beam spectrum characteristics on the spatial absorbed dose distributions formation into materials with various atomic numbers were performed. Simulation of spatial distributions of electrons absorbed dose in an irradiated targets was accomplished with the Monte Carlo method by the program ModeRTL. Analysis of numerical experiments results are discussed.

Keywords

• computational spectrometry
• spectrum electrons
• dose distribution
• Monte Carlo method