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GENERAL PROPERTIES OF VECTOR FIELDS
BOUNDARY VALUE PROBLEMS APPROXIMATE SOLUTIONS
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acoustic amplitude angle antenna applied assumed boundary conditions capacitor charge density circuit component conducting conductor configuration consider constant curl current density cylindrical defined denotes dielectric difference differential equation dipole direction displacement distribution electric field electromagnetic electron element energy equal equipotential Example expression Figure Find finite flow fluid flux force Fourier transform frequency function gradient Green's function induced integral irrotational fields Laplace transform Laplace's equation line integral linear magnetic field Maxwell equations medium mode node obtain parallel particle phase plane wave plasma plate Poisson's equation polarization potential Poynting vector problem propagation properties radiation radius rectangular Refer to Fig region relation resonator result satisfy scalar scalar potential shown in Fig shows sinh solution space specified surface temperature theorem tion transmission line vector field velocity voltage wave equation X-direction zero