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Research Paper | Physics Science | Algeria | Volume 3 Issue 12, December 2014
Determination of the Electronic Temperature and the Electronic Density of Discharge Plasma
Lazhar Benmebrouk | Fethi Khelfaoui
Abstract: In the setting of characterization of discharge plasma we achieved a numerical survey on the experimental specters given by plasma of deposition on thin films of silicon. The purpose of this paper is to determine the electronic temperature and the electronic density of a discharge plasma provoked in the pure helium with a pressure of 0.1mb, a RF power (100-400W) and for positions (x = 0, x = 3 and x = 5). The shape of spectral line and the knowledge of the state of thermodynamic equilibrium of the medium are necessary to achieve our studies. We have used data from atomic physics databases for different elements of the medium as a basis (HeI, HeII, SiI, SiII), and theoretical and numerical model to calculate the different reasons of broadening (Natural, Doppler, Stark and experimental). The obtained results show that plasma is not at local thermodynamic equilibrium and the electronic temperature is close to values found in the literature.
Keywords: discharge plasma, broadening, shape of spectral line, thermodynamic equilibrium
Edition: Volume 3 Issue 12, December 2014,
Pages: 2404 - 2406
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Research Paper, Physics Science, Iraq, Volume 6 Issue 11, November 2017
Pages: 1561 - 1567Time Evolution of thePlasma Produced by the Single Dielectric Barrier Discharge Plasma Actuator
Thamir H. Khalaf | Dawser H. Ghayb
Downloads: 143
Research Paper, Physics Science, Iraq, Volume 6 Issue 7, July 2017
Pages: 850 - 854Effect of Secondary Electron Emission Product Factor on Electron and Ion Densities and Electron Kinetic Energy for Ar Gas Discharge Plasma by using OOPIC PRO Simulation Code
Noor A. Ahmed | Mohammed R. Abdulameer