## Basic electromagnetic theory |

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### Contents

VECTOR ANALYSIS | 1 |

GENERAL PRINCIPLES | 33 |

THE ELECTROSTATIC FIELD | 114 |

Copyright | |

10 other sections not shown

### Common terms and phrases

angle antenna arbitrary array assume axis boundary conditions calculate capacitance capacitor circuit complex component conducting conductor constant contour defined derived determine dielectric differential dipole direction distance distribution of charge electric field intensity electromagnetic field electrostatic field energy equal Example expression field vectors Figure finite flux density free space frequency function given Hence impedance incident inductance interface isotropic Laplace's equation length line integral linear loop Lorentz force law lossless magnetic field magnetic flux magnetostatic magnetostatic field magnitude mathematical Maxwell's equations medium meter normal obtain parallel phase plane wave plates point charge Poisson's equation polarization Poynting's theorem Poynting's vector problem propagation quantity radiation radius region relation scalar potential shown in Fig shows Smith chart Snell's law solution of Laplace's sources sphere spherical static surface integral theorem transmission line uniform plane wave unit vector field velocity voltage waveguide wire zero