The Electromagnetics Problem SolverMax Fogiel, Research and Education Association |
Contents
Chapter No Page | 1 |
ELECTRIC CHARGES | 55 |
ELECTRIC FIELD INTENSITY | 86 |
Copyright | |
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air gap ampere-turns Ampere's Ampere's law amperes amplitude angle antenna Assume axis boundary conditions capacitance capacitor charge density charge q circuit coil components conducting medium conductor constant current density cylinder dielectric dipole direction distance electric field intensity electromagnetic energy equal equation expression figure Find flux density force free space frequency function Gauss's law Gaussian surface given H₂ impedance induced integral Laplace's equation load loop magnetic field magnetic flux magnetic potential magnitude meter mode normal obtained ohms parallel path permittivity plane wave plates point charge polarization Poynting vector PROBLEM propagation radius region result shown in Fig skin depth Smith chart solenoid Solution sphere spherical surface charge theorem uniform vector velocity voltage VSWR wavelength wire zero Απερ μο ду