## A Theoretical Investigation of Electromagnetic Waves Obliquely Incident Upon a Plasma Slab |

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### Contents

SUMMARY | 1 |

INTERACTION OF A PLANE WAVE WITH A UNIFORM PLASMA SLAB | 9 |

RESULTS AND DISCUSSION | 37 |

2 other sections not shown

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### Common terms and phrases

absorption coefficients angle of incidence antennas APPENDIX approaches Bhatnagar-Gross-Krook Boltzmann constant boundary conditions boundary-value problem cold plasma model computational current density defined denotes dispersion function dispersion integrals dvx dvz electric field electric vector electromagnetic wave obliquely electron density equations 68 finite collision frequency fluid equations fluid model Fourier sine series Fourier transform half-space Hy(L Hy(x incident wave Inhomogeneous Plasma k0vz kinetic effects koVz Landau damping linearized fluid linearized Vlasov equation longitudinal plasma oscillations longitudinal waves Maxwell curl equations Maxwell equations numerical results phase velocity Phys plane of incidence plane wave obliquely Plane Wave Problem plasma electrons plasma frequency plasma slab polarization ratio reflection and absorption reflection coefficient resonances occur series of resonances sin2 slab thickness solution specular reflection surface impedance thermal velocity Tonks-Dattner resonances transmission coefficient transverse waves values vT/c vT/vph wave number wave obliquely incident zero