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Zhang K., Li D. — Electromagnetic Theory for Microwaves and Optoelectronics
Zhang K., Li D. — Electromagnetic Theory for Microwaves and Optoelectronics

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Название: Electromagnetic Theory for Microwaves and Optoelectronics

Авторы: Zhang K., Li D.

Аннотация:

The electromagnetic force is one of the four fundamental interactions in nature, the other three being the strong interaction, the weak interaction, and gravitation. This force is described by electromagnetic fields, and has innumerable physical instances including the interaction of electrically charged particles and the interaction of uncharged magnetic force fields with electrical conductors.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 676

Добавлена в каталог: 22.08.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$k-\beta$ diagram      216
$\epsilon$-an isotropic media      454
$\mu$-anisotropic media      454
$\omega-\beta$ diagram      216
$\omega-\beta$ diagram for coupled modes      413
$\omega-\beta$ diagram of DFB      423
$\omega-\beta$ diagram of periodic system      378
ABCD law      547
ABCD matrix      122
Admittance matrix      114
Admittance, characteristic      102
Admittance, mutual      114
Admittance, normalized      101 114
Admittance, self      114
Ampere force      4
Ampere's Circuital Law      2
Ampere's law of force      2
Angle of incidence      71
Angle of reflection      71
Angle of refraction      71
Angular wave number      52
Anisotropic media (materials)      8 453
Anisotropic media (materials), electric      454
Anisotropic media (materials), magnetic      454
Anisotropic media (materials), nonreciprocal      456
Anisotropic media (materials), reciprocal      455
Anti-reflection (AR) coating      136 155
Associate Legerdre functions (polynomials)      196
Asymmetrical planar dielectric waveguide      310
Attenuation      57
Attenuation coefficient      57
Attenuation coefficient in circular waveguide      250
Attenuation coefficient in metallic waveguide      219
Attenuation coefficient in optical fiber      349
Attenuation coefficient in rectangular waveguide      229
Attenuation of the metallic waveguide      219
Attenuation, absorption      129
Attenuation, insertion      129
Attenuation, reflection      129
Backward wave (BW)      367 379
Bessel equations      189
Bessel functions      189
Bessel functions of order n+1/2      197
Bessel functions of the first kind      189
Bessel functions of the second kind      189
Bessel functions, modified      191
Bessel functions, roots of      244 248 261
Bessel functions, spherical      197
Bianisotropic media      10
Biconical cavity      266
Biconical line      263
Biisotropic media      10
Binominal transducer      150
Biot-Savart law      2
Birefringence      471
Borgnis' potentials      165 167
boundary conditions      18
Boundary conditions for Helmholtz equations      177
Boundary conditions, general      18
Boundary conditions, impedance surface      21
Boundary conditions, open-circuit surface      21
Boundary conditions, perfect conductor surface      19
Boundary conditions, short-circuit surface      19
Boundary value problems      159
Brewster angle      79
Brillouin diagram      378
Carter chart      108
Cavity (resonator)      221
Cavity (resonator), biconical      263
Cavity (resonator), capacity-loaded coaxial line      276
Cavity (resonator), capacity-loaded radial line      275
Cavity (resonator), circular cylindrical      247 252
Cavity (resonator), coaxial      246
Cavity (resonator), Fabry — Perot      276
Cavity (resonator), Q of      222
Cavity (resonator), radial line      260
Cavity (resonator), rectangular      234
Cavity (resonator), reentrant      267
Cavity (resonator), sectorial      238
Cavity (resonator), spherical      261
Characteristic impedance      27 96
Characteristic impedance in good conductors      59
Characteristic impedance in lossy media      58
Characteristic impedance of metallic waveguide      217
Characteristic impedance of plane waves      27 52
Characteristic impedance of TE and TM modes      217
Characteristic impedance of transmission line      96
Chebyshev polynomials      144
Chebyshev transducer      146 151
Chiral media      11
Circular cylinder coordinates      179 188
Circular cylindrical cavity      247 252
circular polarization      62 65
Circular waveguide      247
Circularly asymmetric modes      347
Circularly polarized wave      62 65
Clockwise polarized wave (CW)      62 66
Coaxial cavity      246
Coaxial line      242
Codirectional coupling      414
Completeness      200
Complex index (of refraction)      437
Complex index (of refraction) for metals      440
Complex Maxwell equations      13
Complex permeability      14
Complex permittivity      14 434
Complex susceptibility      14 434
Complex vector      13
Complex wave equations      27
Conductivity      5 441
Constitutional tensors      453
Constitutive equations (relations)      7
Constitutive equations (relations) for anisotropic media      453
Constitutive matrix      11
Constitutive parameters      7
Coordinate system      165
Coordinate system, circular cylindrical      179 188
Coordinate system, cylindrical      172 180
Coordinate system, KDB      460
Coordinate system, orthogonal curvilinear      165
Coordinate system, rectangular      179 184
Coordinate system, spherical      179 193
Corrugated conducting surface      368 384
Corrugated conducting surface as periodic system      384
Corrugated conducting surface as uniform system      368
Corrugated conducting surface as uniform system, bounded structure      370
Corrugated conducting surface as uniform system, unbounded structure      368
Cotton — Mouton effect      517
Coulomb guage      39
Coulomb's law      2
Counterclockwise polarized wave (CCW)      62 66
Coupled cavity chain      373 379
Coupling coefficient      418
Coupling impedance      367
Coupling of modes      410
Critical angle      81
Crystals      463
Crystals, biaxial      464
Crystals, isotropic      464
Crystals, reciprocal      463
Crystals, uniaxial      464
Cutoff (angular) frequency      182 215
Cutoff (angular) wave number      182 215
Cutoff state      182
Cutoff wavelength      215
Cylindrical (coordinate) systems      172 180
Cylindrical harmonics      191
Cylindrical horn waveguide      255
D'Alembert's equations      38
D'Alembert's equations, complex      42
Damped waves      57
Decaying field      83
Decibel      57
Degree of polarization      69
Density modulation      487 490
DFB laser      430
DFB resonator      424 427
DFB resonator, quarter-wave shifted      427
DFB resonator, transmission      424
Dielectric coated conducting cylinder      350
Dielectric coated conducting plane      310
Dielectric crystals      463
Dielectric layer      136
Dielectric layer, double      141
Dielectric layer, multiple      142
Dielectric layer, single      136
Dielectric layer, small reflection approach      147
Dielectric resonator      289 352
Dielectric resonator in microwave integrated circuits      360
Dielectric resonator, cutoff-waveguide approach      356
Dielectric resonator, cutoff-waveguide, cutoff-radial-line approach      358
Dielectric resonator, perfect-magnetic-wall (open-circuit boundary) approach      353
Dielectric waveguide      289
Dielectric waveguide, channel      317
Dielectric waveguide, circular      322
Dielectric waveguide, circular, nonmagnetic      334
Dielectric waveguide, circular, weakly guiding      318
Dielectric waveguide, planar      299
Dielectric waveguide, planar, asymmetrical      310
Dielectric waveguide, planar, symmetrical      299
Dielectric waveguide, rectangular      317
Dielectric waveguide, slab      299
Dielectric waveguide, strip      317
Diffraction      579
Diffraction in anisotropic media      597
Diffraction of Gaussian beams      592
Diffraction, Fraunhofer      585 587
Diffraction, Fresnel      585 590
Diffusion equation      23
Diffusion equation, complex      28
Disk-loaded waveguide      371 388
Disk-loaded waveguide as periodic system      388
Disk-loaded waveguide as uniform system      371
dispersion      8 14 434
Dispersion characteristics (relations)      216
Dispersion characteristics (relations) of asymmetrical planar dielectric waveguide      314
Dispersion characteristics (relations) of metallic waveguides      216
Dispersion characteristics (relations) of planar dielectric waveguides      305
Dispersion characteristics (relations) of slow waves      366
Dispersion curves      227 319 306
Dispersion, anomalous      439
Dispersion, normal      439
Dispersive media      8 14 433
Displacement current      4
Dissipation      15
Dissipation, conductive      30
Distributed feedback (DFB) structure      420
Dominant mode      228 230 347
Double dielectric layer      141
Double refraction      471
Dual boundary conditions      47
Dual equations      47
Duality      17 46
Effective-index surface      480
Eigenfunctions      198
Eigenfunctions, vector      203
eigenvalue problems      198
Eigenvalues      181 199 201
Eigenvalues, two-dimensional      203
Eigenvalues, variational principle of      206
Eigenwave (mode) expansions      615
Eigenwave (mode) expansions in anisotropic media      622
Eigenwave (mode) expansions in cylindrical coordinate system      617
Eigenwave (mode) expansions in inhomogeneous and anisotropic media      623
Eigenwave (mode) expansions in inhomogeneous media      620
Eigenwave (mode) expansions in rectangular coordinate system      616
Electric charge density      2
Electric charge density, bound      5
Electric current density      3
Electric current density, molecular      5
Electric current density, polarization      5
Electric field strength      3
Electric induction      6
Electric susceptibility      7
Electric wall      21
Electromagnetic waves in anisotropic media      453
Electromagnetic waves in dispersive media      433
Electromagnetic waves in ferrite      510
Electromagnetic waves in nonreciprocal media      506
Electromagnetic waves in plasma      507
Electromagnetic waves in simple media      24 51
Electromagnetic waves in uniaxial crystals      464
Electron beam      485
Elliptic Gaussian beam      550
Elliptic polarization      62
Elliptically polarized wave      62
Energy density      29 32
Energy density in anisotropic media      36
Energy density in dispersive media      357
Equal ripple response      151
Equation of continuity      3
Equivalent (fictitious) magnetic charge      17
Equivalent (fictitious) magnetic current      17
Equivalent transmission line      110
Expansion theorem      200
Extraordinary (e) wave      459 468
Fabry — Perot cavity      276
Faraday rotation (effect)      509 515
Faraday's law      2
Fast wave (modes)      78 86 182
Ferrite      496
Ferrite, lossy      500
Field matching      208
Field matching, approximate      208
Flatest response      150
Floquet's theorem      374
Forward wave (FW)      366 379
Fraunhofer diffraction      585 587 592 598 603
Frequency-domain Maxwell equations      13
Frequency-domain wave equations      27
Fresnel diffraction      585 590 595 606
Fresnel — Kirchhoff diffraction formula      581
Fresnel's law      72
Fundamental Gaussian beam      535
Gadolinium gallium garnet (GGG)      519
Gauss's law      2
Gaussian beams      535
Gaussian beams in anisotropic media      572
Gaussian beams in quadratic index media      560
Gaussian beams, beam radius of      539
Gaussian beams, curvature radius of phase front of      539
Gaussian beams, electric and magnetic fields in      541
Gaussian beams, elliptic      550
Gaussian beams, energy density in      542
Gaussian beams, fundamental      535
Gaussian beams, Hermite — Gaussian      554
Gaussian beams, high-order modes      553
Gaussian beams, Laguerre — Gaussian      558
Gaussian beams, phase velocity of      541
Gaussian beams, power flow in      542
Gaussian beams, reflection and refraction of      625
Gaussian beams, transformation of      543
Good conductor      59
Goos — Haenchen shift      86
Group velocity      192 216 445
Group velocity in reciprocal crystals      484
Guided layer      311
Guided modes      304
Guided optical waves      520
Guided waves      180
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