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FUNDAMENTALS OF ELECTROMAGNETIC ANALYSIS
THE STEADY MAGNETIC FIELD
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amplitude angle antenna aperture approximately array assumed attenuation axis Babinet's principle Bessel Bessel functions boundary conditions calculated capacitance characteristic impedance charge density circuit co-ordinates component conducting plane conductor considered constant current density current distribution current element cut-off cylinder dielectric dipole direction distance electric and magnetic electric field strength electromagnetic field electron equal expression factor Figure frequency function given incident inductance infinite input impedance integral ionosphere Laplace's equation loop lossless magnetic current magnetic field strength magnitude Maxwell's equations medium meter method obtained parallel perfectly conducting phase velocity plane wave polarization Poynting vector problem radiation pattern radiation resistance radius ratio reactance reflection region relation resonant scalar shown in Fig sinusoidal slot solution spherical surface tangential terminals theorem theory tion transmission line transmission-line transmitting transverse unit length vector potential vertical voltage wave guide wave impedance wavelength wire zero