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THE RELATIVISTIC TRANSFORMATIONS FOR MOVING MEDIA
THE MAGNETOIONIC THEORY FOR MOVING TEMPERATE PLASMA
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anisotropic assumed boundary conditions Budden Cerenkov radiation characteristic equation Chawla and Unz circularly polarized circularly polarized wave constant convection current model corresponding current model PCM define derived direction Doppler effect drift velocity drifting plasma electric field electromagnetic wave free space given identical IEEE Proc IEEE Trans incident wave ionized ionosphere JETP laboratory system linearly polarized Lorentz transformations magneto-ionic theory magneto-static field matrix Maxwell equations McGraw-Hill Minkowski theory moving magneto-plasma moving media moving plasma non-relativistic normal incidence obtains Phys plane electromagnetic wave plasma parameters Plasma Physics plasma slab plasma waves polarization current model polarized electromagnetic wave Poynting theorem Poynting vector present Radio Science reflected wave Reflection and transmission reflection coefficient refractive index equation relativistic rest frame S1 system static magnetic field stationary Substituting system of coordinates temperate magneto-plasma tensor Theory of Relativity tion transmission coefficients transmitted waves Univ wave frequency wave propagation