The Electrical Parameters Modeling and Experimentation of Copper Vapor Laser

Abstract

In this paper, the present developments of copper vapor laser technology were computational modeling and simulations methods. In most of the cases, before the experiment, the functions of electrical parameters can be predicted by the use of physical simulation codes. A single simulation model describing the discharge circuitry was introduced. By solving the equations of circuit via Runge-Kutta method, the current and voltage pulses of the discharge tube were investigated, which are in good agreement with the experimental results of the same laser.

Evaluation of the Capacitance and Charge Distribution for Conducting Bodies by Circuit Modelling

“…Figure 5(b) shows the potential distributions of inhomogeneous media of metallic plates. The potential distribution is constant between the plates, but variances can be seen at the side of the plate [14]. The potential distribution shows that the topmost edge of the plate has more current flow compared to the bottommost of the plate.…”

Experimental Study of Buffer Gas Flow Rate Effect on Output Power of a Copper Vapor Laser

“…The lasers are sources of light with very special properties that emit light based on the stimulated emission of electromagnetic radiation. There is a great variety of laser applications but most of them are used only for specialised research [1]- [26]. The copper vapor lasers (CVLs) are one of the efficient sources of coherent light in visible region at 510.6 nm and 578.2 nm with high average output powers [27].…”