Computations of the Input Impedance of Antennas in Cold Magnetoplasmas in Nongyrotropic and Quasi-Stationary Cases Using the Method of Moments


This communication deals with computations of input impedance of antennas in cold magnetoplasmas in nongyrotropic and quasi-stationary cases using the tactic of moments. The respective linear integro-differential equations for current (charge) distributions, obtained from the primary principles, are solved numerically for sure parameters using the code developed by the author. The main attention is concentrated on specific magnetoplasma properties like anisotropy and spatiotemporal dispersion that are particularly vital within the therefore-referred to as resonant frequency vary. The parameters of the algorithm and also the results are mentioned in the read of physics and computational arithmetic.

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