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Two-dimensional drift-diffusion calculation model of charged particles in a normal glow discharge between plane disc electrodes is presented. The verification of the created computational model has been performed using the experimental data on a normal glow discharge between flat electrodes with distance  H =1 cm. Results of numerical simulation and initial experimental data are presented for the pressure of  p  = 5 Torr and emf of power supply in the region of 1000 ÷ 1750 V. The sensitive of the computational models to its internal half-empirical parameters are analysed on the example of volt-ampere characteristics.Introduction

Numerical Simulation of the Normal Glow Discharge for Conditions of the Experimental Research at Low Distance between Plane Electrodes