## Electromagnetic theory for engineering applications |

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### Contents

Introductory Survey | 1 |

Problems | 58 |

Nonuniform transmission lines | 131 |

Copyright | |

19 other sections not shown

### Common terms and phrases

amplitude analysis angle antenna approximation arbitrary attenuation Bessel functions biconical biconical antenna boundary conditions calculation capacitance Chapter characteristic impedance circuit complex number conductor consider coordinate system current distribution current sheet current source cutoff cylindrical determined dielectric differential equation direction discontinuity electric field electromagnetic employed equivalent example expression field components field equations follows free space frequency Green's function Huygens sources incident field infinite input impedance integral magnetic current magnetic field matched Maxwell's equations obtain orthogonal perfectly conducting permeability permittivity perpendicular phase velocity plane waves potential propagation constant radiation ratio reciprocity theorem reflection coefficient region representation resonance result rotated satisfy scalar screen solutions solved source distribution spheroidal superposition surface current tangential terminals theory tion TM modes transformation transmission line transmission line equations transverse unit length variables variation vector mode functions vector potential voltage wave guide wire z-plane zero