Introduction to Electromagnetic Fields and Waves |
Contents
Introduction to Vectors | 28 |
Concepts and Units | 51 |
Electric and Magnetic Fields | 61 |
Copyright | |
25 other sections not shown
Other editions - View all
Common terms and phrases
amperes amplitude angle antenna applied Biot-Savart law C₁ calculate capacitance capacitor charge carriers charge density charge q closed path closed surface coil component conducting conductor constant coordinates curl current density current element cylinder deduce denoting determine dielectric differential dipole direction displacement current distance electric and magnetic electric charge electric current electric field intensity electric flux electromagnetic energy stored equals example expression ferromagnetic field lines flux lines flux linkages free space frequency function Gauss's law impedance line integral loop magnetic flux density magnetic force magnitude Maxwell's equations meter negative ohms permeability permittivity phase phasor plates positive Poynting vector Prob produced propagation radiation radius rectangular region resistance result RLC circuit scalar shown in Fig sinusoidal skin effect Solution surface integral time-changing unit length unit vector vector potential velocity voltage drop wave equation waveguide wavelength wire zero