## Field and wave electromagnetics |

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### Contents

The Electromagnetic Model | 1 |

Vector Analysis | 11 |

Static Electric Fields | 72 |

Copyright | |

13 other sections not shown

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### Common terms and phrases

amplitude angle antenna array Assuming attenuation constant boundary conditions capacitance capacitor Cartesian coordinates cavity resonator characteristic impedance charge density circuit circular coefficient components conducting plane conductor cross section current density cutoff frequency cylindrical Determine dielectric medium differential direction distance distribution electric and magnetic electric field intensity electrons electrostatic energy equal EXAMPLE ferromagnetic field lines FIGURE free space function Gauss's law given in Eq Hence incident inductance integral interface Laplace's equation line charge linear load impedance loop lossless lossy magnetic field intensity magnetic flux density magnitude Maxwell's equations normal obtain parallel-plate permittivity phase phasor plane wave plates point charge polarization potential Poynting vector problem radius ratio region relation resistance resonant scalar shown in Fig Smith chart Solution spherical terminated theorem time-average TM modes transmission line uniform plane wave unit length vector field velocity voltage volume wave impedance wave propagation waveguide wavelength wire z-direction zero