Radio Physical Properties of Collisional Plasma in Gas Discharge
Authors
Igor Andreevich Shevyakov
Open Joint-Stock Company Chelyabinsk Radio Manufacturing Plant ?Polet? (?Flight?)
Vladymir Ivanovich Tambovcev
South Ural State University
Artyom Alexandrovich Kuchurkin
Mechel Service Global
Keywords:
ionized gas, collisional plasma, radio transparency, microwave diagnostics, wave vector, the complex conductivity, low pressure discharge
Abstract
The paper presents the research of radio physical properties of low-temperature plasma in the transition region using the computer: from the state of the ionized gas to the state gas plasma. The analysis of simulative dependence proves the significant effect of electron collision frequency on radio wave propagation through the medium. The collision ionized low-pressure gas of discharge lamp is considered as physical model. The critical frequency for radio transparency is determined by microwave diagnostics.
Author Biographies
Igor Andreevich Shevyakov, Open Joint-Stock Company Chelyabinsk Radio Manufacturing Plant ?Polet? (?Flight?)
design engineer, Experimental Design Office
Vladymir Ivanovich Tambovcev, South Ural State University
Dr.Sc. (Physics and Mathematics), Professor of Instrument Engineering Department
Artyom Alexandrovich Kuchurkin, Mechel Service Global
