Modelling of Atomic Spectra Emitted by Light Sources Based on an Inductive Discharge

Abstract

In this work, modelling of emission spectra of neon and argon atoms in an inductive discharge is performed. The influence of generated into this discharge alternating electric field on spectral characteristics of light sources is studied. Based on the calculation results, the regularities in the behaviour of spectroscopic properties of Ne and Ar atoms in an alternating circularly polarized electric field have been revealed. Practical applications of the simulation results are considered.