## Electromagnetic Fields and WavesPresents comprehensive coverage of the fundamentals of electromagnetic theory and applications. Basic laws and physical phenomena are illustrated by numerous examples. |

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### Contents

CHAPTER 2 | 35 |

MAXWELLS EQUATIONS IN DIFFERENTIAL FORM | 99 |

CHAPTER | 179 |

Copyright | |

9 other sections not shown

### Common terms and phrases

Ampere's law amplitude angle antenna array assumed boundary condition calculate capacitance capacitor Cartesian coordinate system characteristic impedance charge density charge distribution circuit conductor contour coordinate system curl current density current distribution cutoff frequency cylindrical determine differential dipole distance electric and magnetic electric field electric flux electromagnetic element of area equal example expression flux lines free space Gauss's law geometry given hence illustrate induced interface length line integral load loop lossless magnetic field intensity magnetic flux density magnitude Maxwell's equations mode normal obtain perpendicular phase plane wave plane wave propagating polarization positive z direction potential Poynting vector radiation pattern reflection coefficient region result scalar shown in Figure Smith chart solution procedure solve spherical stub total field impedance transmission line uniform plane wave unit vector vector field velocity voltage and current VSWR wave guide wave impedance wavelength zero