Simulation of dusty plasma parameters in mixture of Ar-H2
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Keywords:
Boltzmann equation, the drift-diffusion approximationAbstract
The distribution of the electric field and other plasma parameters in the discharge tube by means of a self-consistent solution of problems of electron kinetics (Boltzmann equation for the EDF), the equations of motion of the ions in the drift-diffusion approximation and the Poisson equation for the distribution of the electric field are investigated. Axial and radial dependence of plasma parameters in a gas mixture of argon and hydrogen are obtained.References
1 Fortov V.Ye., Khrapak A.G., Khrapak S.A., Molotkov V.I., Petrov O.F. // UFN, 174, 495 2004.
2 Ignatov A.M. // Fizika plazma. 31, №1, 52. 2005.
3 Morgan W.L., Bouef J.P., Pitchford L. Siglo Data Base, CPAT and Kinema Software//(http://www.csn.net/siglo), 1998.
2 Ignatov A.M. // Fizika plazma. 31, №1, 52. 2005.
3 Morgan W.L., Bouef J.P., Pitchford L. Siglo Data Base, CPAT and Kinema Software//(http://www.csn.net/siglo), 1998.
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Bastykova, N. K., Kodanova, S. K., & Ramazanov, T. S. (2013). Simulation of dusty plasma parameters in mixture of Ar-H2. Recent Contributions to Physics, 2013(3), 13–20. Retrieved from https://bph.kaznu.kz/index.php/zhuzhu/article/view/94
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Plasma Physics
