Page 605 - Engineering Electromagnetics, 8th Edition

INDEX 587

Magnetic potentials, scalar in point form, 288–289 Net shunt admittance, 313
and vector, 210–216 in rectangular waveguides, Network, 303
Magnetic susceptibility, 250 480–481 Newton’s second law, 569
Magnetization and Meridional rays, 497 Newton’s third law, 558
permeability, 247–252 Metallic conductors, 114–119 Nonconservative field, 89
Magnetization curve, 258 Method of images, 124–126 Nonpolar molecule, 128
Magnetomotive force, 255 Mho, 116 Nonzero α, 377
Magnitude, 112 Microstrip line, 461 Nonzero G, 316
Maps Microwave oven, 380 Nonzero ∈ , 377

curvilinear-square, Mid-equipotential surface, Nonzero impedance, 348
157–159 153 Nonzero phase difference,
field, 157–159, 186 Midpoint 536
Marcuse formula, 504 closed-circuit torque, 241 Nonzero R, 316
Material constants, 562– electric field intensity, 156 Nonzero values, 213, 268,
564 thin-wire antennas, 525 278, 282, 377
Materials Minimum voltage amplitude, Normal incidence, 406–413
anisotropic, 116 326 Normalized frequency, 502
antiferromagnetic, Mobility, 115 Normalized impedance, 341
246–247 Modal dispersion, 475, 489 Normalized load and
constants of certain, Mode field radius, 504 short-circuited stub, 344
562–564 Mode number, 468 Normalized load impedance,
diamagnetic, 245 Monopole antennas, 531–533 335
dielectric, 50, 127–133, Motional electric field Normalized power spectrum,
133–137 intensity, 282 444
donor, 127 Motional emf, 282 N-turn solenoid of finite
ferrimagnetic (ferrites), Moving charges, 230–231 length, 194
247, 377 Moving magnetic field, 278 N-turn toroid, 195
ferroelectric, 131 Multiple-interfaces, 418, 424 N-type semiconductors, 127
ferromagnetic, 246 Multiplication of vectors, 3, Nuclear spin, 244
isotropic, 116 9, 65
magnetic, 244–247, Multipoles, 100
261–263 Multiwave bidirectional O
paramagnetic, 246 voltage distribution, 327 Oblique incidence, 425
superparamagnetic, 247 Mutual inductance, 263–269 Obliquely incident waves,
Maximum voltage amplitude, 434–437
326 Observer, 283
Maxwell’s equations N Ohm, 116
and Gauss’s law, 66–67 Negative current, 309 Ohm’s law, 291
in integral form, 290–291 Net phase shift, 470 definition of, 117
in phasor form, 372 Net series impedance, 313 in point form, 116