Electromagnetics: With ApplicationsAdapted to tie in with the university curriculum and suitable for a one term course, this book covers numerical techniques and accessible computer programs, giving students the chance to gain direct experience. The text comes with a Website, containing projects, demos and recent advance |
Contents
Vector Addition and Subtraction | 9 |
The Line Integral | 15 |
The Volume Integral | 21 |
Copyright | |
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amplitude angle aperture efficiency array attenuation axis bandwidth beam boundary capacitance capacitor cell charge density circuit components conducting sheet conductor constant coordinates dielectric dipole antenna direction distance earth effective aperture electric field electromagnetic electron energy equal equation Example field pattern FIGURE Find flux density frequency given ground plane helical antenna HPBW incident wave integral intrinsic impedance isotropic length load loop lossless magnetic field magnetic flux magnitude match maximum medium microstrip mode normal P₁ permittivity perpendicular phase velocity plane wave plates polarization potential Poynting vector Problem pulse radar radiation resistance radio radius ratio receiving antenna rectangular reflection coefficient reflector satellite short dipole shown in Fig Solution space square strip stub surface temperature terminals transmission line transmitted V₁ voltage VSWR wave traveling waveguide wavelength wire Z₁ zero