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OSCILLATION AND WAVE FUNDAMENTALS
THE EQUATIONS OF STATIONARY ELECTRIC
Chapters SOLUTIONS TO STATIC FIELD PROBLEMS
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angle antenna applied approximate assumed attenuation axial axis Bessel functions biconical antenna boundary conditions calculated capacitance cavity cavity resonators Chapter characteristic impedance charge circuit coefficients compared with wavelength considered constant curl current density current distribution current flow cylindrical defined dielectric differential equation dipole discontinuity displacement current electric and magnetic electric field energy expressions field components field distributions flux given higher order waves inductance infinite integral Laplace's equation loop magnetic field magnitude Maxwell's equations method normal obtained perfect conductor phase velocity plane wave potential Poynting Poynting vector principal wave Problem quantity radiation radius ratio rectangular reflected wave region resistance resonator scalar sinusoidal skin effect solution space standing wave static surface tangential tion TM wave transmission line transverse traveling wave uniform plane wave vector voltage wave guides wave impedance wave types wire written zero