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| Guru B.S., Hiziroğlu H.R. — Electromagnetic Field Theory Fundamentals |
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| Ïðåäìåòíûé óêàçàòåëü |
Finite-element method (FEM), computer-aided analysis 598 611
Finite-element method (FEM), forward-travelling waves 356—8
Free electrons and conduction current 138
Free electrons, drift velocity 139 143
Free space, plane wave propagation in 362—3
Friis equation/transmission formula 578—9
Further study 12—13
Further study, applications 9—11 (see also Electric fields Scalars Vector(s))
Further study, magnetostatic field equations 7
Further study, static fields 33
Further study, time-varying fields 7—9 33
Gauss's law and Maxwell's equations 3 8 308—9
Gauss's law for magnetic fields 191—4 227
Gauss's law, electric flux 82—5 121
Gauss's law, integral form 192
Gauss's law, integral forni 83—4
Gauss's law, point/differential form 84
General wave equations 351—3
Gradient of a scalar function 41—4 62
Gradient operators 43
Green s first identity 57 63
Green's second identity 57 63
Green's theorem 57 63
Guided waves 421
Half-wavelength lines, input impedance 446—7
Hall, Edwin Herbert 261
Hall-effect voltage 261—3 268
Helmholtz equations 353—4
Helmholtz equations, inhomogeneous 550
Hertz, Heinrich Rudolf 310
Hertziarvelectric dipole 552—9
Hole conduction 262
Homopolar generator 281
Horn antenna 547—8
Hysteresis loops 208
Hysteresis of magnetic materials 207—8
Impedance 9 359—60
Impedance in conducting medium 382
Impedance in free space 363
Impedance of free space 363
Impedance, boundless dielectric medium 359
Incident waves 380—92
Indefinite integrals, list of 665—1
Index of refraction 358
Induced charges 93
Induced current 278
Induced electric field 277
Induced electromotive force (emf) 278—9 284-6
Induced voltage 290
Inductance/inductors, coupled coils 298 301
Inductance/inductors, mutual inductance 294—8
Inductance/inductors, parallel-plate transmission lines 429
Inductance/inductors, self-inductance 290—4 337
Inhomogeneous Helmholtz ecuations 550
Ink-jet printer 246—7
Input impedance, admittance determined with Smith chart 634—6
Input impedance, half-wavelength lines 446—7
Input impedance, lossless lines 436 443—50 491-2
Input impedance, matching with shunt stub lines and Smith chart 636—40
Input impedance, quarter-length lines 445—6
Input impedance, transmission lines about input impedance 443—5
insulators (see Dielectric(s))
Integrals 36—7
Integrals, fornis 5—6
Integrals, line 37—9
Integrals, list of definite 667—8
Integrals, list of indefinite 665 7
Integrals, paths of integration 38
Integrals, surface 39—41
Integrals, volume 41
Interfaces, conductor-conductor 380—5
Interfaces, dielectric-conductor 390—2
Interfaces, dielectric-dielectric 385—6 396—9 408-9
Interfaces, dielectric-perfect conductor 387—90 399—406 409
Internal impedance (surface impedance) with skin effect 488—90
International (System of Units see SI intrinsic (wave))
INTRINSIC 9 382
Isotope separators 261
Iterative solutions and power dissipation 153
Iterative solutions, finite-difference equations 595—8
Iterative solutions, Joule's law 152—4
Iterative solutions, point/differential form 152
Kirchhoff's current law 147 164 167—8
Kirchhoff's Voltage Law 164 167—8
Lagrange's identity 19
Laplacian operator/Laplace's equation 55—6 59 63 123
Laplacian operator/Laplace's equation and Poiscson’s equation 112 16
Lattice/bounce diagrams 476—8 480-5
Law of conservation of energy 316
Length, SI units 1
Lenz, Heinrich Friedrich Emil 283
Lenz’s law 8 282—4
Light, speed of 4
Line charge density 76
Line integrals 37—9
Linear arrays 571—4
Linear/ohmic media 142
Linearly polarized waves 376—7
Lorentz condition 550
Lorentz force equation 9 259 278
Loss tangent (angle) 364—5
Lossless transmission lines 432 435—40
Lossless transmission lines, air gaps 218
Lossless transmission lines, input impedance 436
Lossless transmission lines, magnetic circuits 216—26
Lossless transmission lines, matched lines 437 45
Lossless transmission lines, nonlinear characteristics 220 1
Lossless transmission lines, reflection coefficient 436—8
Lossless transmission lines, reluctance 219
Lossless transmission lines, toroids 217
Magnetic circuits 216—26
Magnetic deflection of a charged particle 254—6
Magnetic dipole 182 559—63
Magnetic domains 206—7
Magnetic field energy 215—16
Magnetic field intensity 197—201
Magnetic field intensity and Ampere's circuital law 197—201 226-7
Magnetic fields 177
Magnetic fields for tangential components 212—15
Magnetic fields, boundary conditions: for normal components 211—12 214—15
Magnetic fields, energy in 215—16
Magnetic flux and Gauss's law for 191 4 227
Magnetic flux density 177 178—83 183—4 194-6
Magnetic flux/flux density 177 178—83 183—4 191—4 194-6
Magnetic force 177
Magnetic induction 8
Magnetic materials 201—9
Magnetic materials, diamagnetic materials 202
Magnetic materials, paramagnetic materials 202 (see also Ferromagnetism)
Magnetic moments 202—4
Magnetic scalar potential 209—11
Magnetic separator 253
magnetic susceptibility 206
Magnetic torque 188—91
Magnetic vector potential 194 7
Magnetism 177
Magnetization characteristics of materials 207
Magnetization current, transformers 326
Magneto motive force (mmf) 210
Magnetohydrodynamic (MHD) generator 263—4
Magnetostatics 177—8
Magnetostatics, Ampere's force law 183—8 227
Magnetostatics, Ampere’s circuital law 198—201
Magnetostatics, Biot — Savart law 178—83
Magnetostatics, boundary conditions 211—15
Magnetostatics, field equations 7
Magnetostatics, Gauss's law for fields 191—4
Magnets 8
Mass spectrometer 259—61 268
Mass. SI units 1
| Matched lines 437 457
Mathematical tables definite integrals 667—8
Mathematical tables definite integrals, indefinite integrals 665—7
Mathematical tables definite integrals, series 663
Mathematical tables definite integrals, trigonometric identities 663—4
Maxwell's equations 8 9 10—11 309—11 338
Maxwell's equations and plane wave propagation 352
Maxwell's equations from Ampere’s law 304—8
Maxwell's equations from Gauss’s laws 308—9
Maxwell's equations with waveguides 506—8
Maxwell's equations, antennas and equation* in terms of potential functions 549—52
Maxwell's equations, boundary conditions 311—14 325
Maxwell's equations, constitutive equations 311
Maxwell's equations, Faraday's law 286—90
Maxwell's equations, parallel-plate transmission lines 429—30
Maxwell's equations, phasor analysis/form 321
Maxwell's equations, skin effect from 486—9
Maxwell. James Clerk 8
Method of images 116—20
Method of moments (MOM), computer program for 660—2
Method of moments (MOM), computer-aided analysis 611—14
Microstrip antenna 547 8
Microstrip transmission lines 422
Mineral sorting 247 9 267
moment 182 190
Motional electric field 277
Motional electromotive force (emf) 276—82
Motional electromotive force (emf), general expression 279—80 336
Motional electromotive force (emf), induced emf equation 284—6
Motional electromotive force (emf), transformer emf 285
Motional electromotive force (emf), transformer equation 285
Multiplication, vector 16
Mutual inductance 294—8
Mutual inductance, coefficient of coupling 295—6
Mutual inductance, near-zone fields 554—5
Neumann boundary condition 593
Neumann’s formulas 297
Normalized array pattern 569
Normalized power, antennas 556
Null/zero vector 15 60
Numerical solutions 11—12
Numerical solutions, diclcctric—diclcctric interface 396—9 408-9
Numerical solutions, dielectric-perfect conductor interface 399—406 409—10
Numerical solutions, oblique incidence on a plane boundary about oblique incidence 392—3
Numerical solutions, parallel polarization 406—10
Numerical solutions, perpendicular polarization 393—406
Oersted, Hans Christian 177
Ohmic/linear media 142
Ohm’s Law 142
Ohm’s law for magnetic circuits 219 228
Ohm’s law, capaci.ance 428—9
Ohm’s law, characteristic impedance 433 434—5
Ohm’s law, equivalent circuit 429—35
Ohm’s law, inductance 429
Ohm’s law, lossless of finite length 435—40
Ohm’s law, matched lines 437 457
Ohm’s law, parallel polarization 406—10
Ohm’s law, parallel-plate transmission lines 423—40
Ohm’s law, resistance/inductance/capacitance/ conductance 430
Ohm’s law, surface charges and currents 424—7
Ohm’s law, transit time 432
Ohm’s law, velocity of propagation 432
Ohm’s law, wave equation 432
parallel 406—10
Parallel-plate waveguides 502
Paramagnetic materials 202
Pattern, antennas 556
Permeability and relative permeability 206
Permittivity of free space 82
Permittivity of free space and relative permittivity 97—8
Perpendicular 393 406
Perpendicular polarization 393 406
Phase constant 366
Phase constant in free space 362
Phase speed 357 367
phase velocity 357—8
Phasor analysis/forms 319—23
Phasor analysis/forms, boundary conditions in 321—2
Phasor analysis/forms, Maxwell’s equations in 321
Phasor representation of a time-harmonic field 320—1
Planck's constant 203
Plane boundary (see Oblique incidence on a plane boundary)
Plane of incidence 393
Plane wave propagation see uniform plane waves: wave propagation, plane waves point charges 72
Point (differential) form 315 322
Poisson's equation 59 60
Poisson's equation and finite-difference method 591—3
Poisson's equation and Laplacc's equation 112 16
Polarization of dielectric material 97
Polarization, (Brewster's) angle 408—9
Polarization, circular 378—9
Polarization, elliptical 377—8
Polarization, linear 376—7
Polarization, vector 95—6
Polarization, wave: about polarization 376
Potential difference 87
Potential energy of a group of point charges 102
Potential energy of two point charges 101
Power and electromotive force (emf) 163—5 167
Power at conductor conductor interfaces 382—5
Power at dielectric-dielectric interfaces 385—6
Power, average power from 402—6
Power, density 315 363 368—70
Power, dissipation, and Joule's law 153—4 167
Power, imperfect transmission lines 463—8
Power, losses: cavity resonators 537—9
Power, rectangular waveguides 526—32
Poynting s theorem 314—19
Poynting s theorem in phasor form 322—4
Poynting s theorem, integral form 316 17
Poynting theorem in 322—4
Poynting vector 316 319 338
Poynting vector, average power flow using 402
Poynting, John H. 315—16
Principal wave/mode (see Transverse electromagnetic (TEM) waves)
Principle of pattern multiplication 569
Propagation constant 365
Quaiter-length lines, Dappler effect 581
Quaiter-length lines, equation for a bistatic radar 581
Quaiter-length lines, equation for a monostatic radar 581
Quaiter-length lines, input impedance 445—6
Quaiter-length lines, maximum range 580
Quaiter-length lines, radar systems 579—80
Quaiter-length lines, scattering cross section 580 678
Quality factor, cavity resonators 536—9
quantum mechanics 202—3
Radiation of electromagnetic waves 547—9
Radiation, fields 555—7
Radiation, half-wave dipole 566
Radiation, magnetic dipole 561—2
Radiation, pressure 389
Radiation, resistance: electric/Hertzian dipole 557
Radiation, system (see Antennas)
Radio waves 362
Receiving antenna (see Antennas)
Rectangular wave guides (see Waveguides)
Rectangular/Cartesian coordinate systems 20—3
Rectangular/Cartesian coordinate systems, differential volume elements 34—5 36
Rectangular/Cartesian coordinate systems, transformation of vectors 25—7
Reflected waves/reflection coefficient lossless transmission lines 436—8
Relative permeability 206
Relaxation time 150—2
Reluctance 219
Resistance, of a conductor 144—5
Resistance/inductance/capacitance/conductance 430
resistivity 142
Resistivity of metals, semiconductors and insulators 143
Retarded magnetic vector potential 552
Retarded scalar potential 552
Right-handed screw rule 18
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