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
The Surface Integral | 16 |
Electric and Magnetic Fields | 35 |
Volume Charge and Gausss | 54 |
Copyright | |
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Common terms and phrases
angle antenna aperture applied array assumed attenuation axis beam boundary called capacitor cell charge circuit component conducting conductor consider constant curve dielectric difference dimensions dipole direction distance earth effective electric field electron energy equal equation Example FIGURE Find flux density follows force frequency function given gives ground impedance incident integral iron length load loop magnetic field match material maximum measured medium mode moving normal Note obtain parallel particle path pattern phase plane plates polarization positive potential Problem produce pulse radar radiation radiation resistance ratio receiver rectangular Referring reflection relation relative resistance sheet short shown in Fig side signal Solution space square strip surface Table temperature transmission line transmitted traveling uniform unit vector velocity voltage wave waveguide wavelength wire zero