Simulation of electron-beam sustained discharge laser

The complex program simulating processes in the electron-beam sustained discharge laser (EBSL) is created. It simultaneously models processes of electron beams spread in electron accelerator, elements of a design and the flash chamber under influence electric and magnetic fields; processes of formation of spatial distribution of an electric field and a secondary electrons current in the flash chamber. The self-consistent interaction of accelerated electron beams with spatial distribution of an electric field in the flash chamber, generated by the impressed voltage and conductivity of the laser gas mix generated, in turn, by accelerated electron beams is taken into account. The program is realized on a personal computer and allows quickly changing parameters and elements properties of design EBSL. Spatial characteristics of the discharge are determined. Comparison with earlier published and experimental data has shown good conformity. One of the purposes of the given program is to change onedimensional thinking on spatial at designing complex electro physical devices.