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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
Resonant cavity      221
Resonant cavity, biconical      263
Resonant cavity, capacity-loaded coaxial line      276
Resonant cavity, capacity-loaded radial line      275
Resonant cavity, circular cylindrical      247 252
Resonant cavity, coaxial      246
Resonant cavity, Fabry — Perot      276
Resonant cavity, Q of      222
Resonant cavity, radial line      260
Resonant cavity, rectangular      234
Resonant cavity, reentrant      267
Resonant cavity, sectorial      238
Resonant cavity, spherical      261
Resonator      233 352
Resonator, dielectric      352
Resonator, dielectric, cutoff-waveguide approach      356
Resonator, dielectric, cutoff-waveguide, cutoff-radial-line approach      358
Resonator, dielectric, in microwave integrated circuits      360
Resonator, dielectric, open-circuit boundary approach      353
Resonator, dielectric, perfect-magnetic-wall approach      353
Resonator, Fabry — Perot      276
Resonator, optical      569
Retarding Potentials      38 41
Right-handed polarized wave      62 66
Roots of the Bessel functions      244 248 261
Scalar potential      37
Scalar wave functions      169
Scale factors      166
Scattering matrix (S-matrix)      115
Scattering parameters (S-parameters)      115
Sectorial cavity      238
Sectorial waveguide      241
Self admittance      114
Self impedance      113
Separation of variables      178
Sheath helix      393
Shimdt chart      108
Short-circuit line      103
Short-circuit surface      19
Signal velocity      449
Simple media      7
Single dielectric layer      136
Skew ray (wave)      322 327
Skin depth      58
Slow wave (modes)      83 86 183 365
Slow-wave structures (systems)      365
Slow-wave structures (systems), dispersion characteristics of      366
Small-amplitude assumption      485
Small-reflection approach      147
Smith chart      105
Snell's law      70
Solution of Helmholtz's equations      165
Solution of Helmholtz's equations in circular cylindrical coordinates      188
Solution of Helmholtz's equations in rectangular coordinates      184
Solution of Helmholtz's equations in spherical coordinates      193
Solution of Helmholtz's equations, approximate      206
Source-free network      120
Space charge waves      488
Space harmonics      376
Spherical Bessel functions      197
Spherical cavity      261
Spherical coordinates      179 193
Spherical harmonics      195
Standing wave      77 98
Standing-wave ratio      98
Stationary formular      208
Stokes parameters      67
Sturm — Liouville problem      198
Suceptibility      7
Suceptibility, complex      434
Suceptibility, tensor      9
Surface acoustic waves      520
Surface admittance      21
Surface impedance      21
Surface loss      219
Surface wave      84
Symmetrical network      126
Symmetrical planar dielectric waveguide      299
Tape helix      402
TE wave (modes)      72 76 183
Telegraph equation      94
TEM wave (modes)      27 181
TEM wave (modes), cylindrical      257 259
TEM wave (modes), spherical      265
Thin lens      548
Time-harmonic fields      12
TM wave (modes)      72 75 78 183
Total (internal) reflection      81
Tramsfer matrix      122
Transformation of impedance      91 102
Transmission coefficient      74 76 116
transmission line      93
Transmission line chart      105
Transmission line, biconical      263
Transmission line, coaxial      242
Transmission line, equivalent      110
Transmission line, parallel-plate      231
Transmission matrix      124
Two port (network)      122
Two port (network), lossless      124
Two port (network), reciprocal      124
Two port (network), source-free      124
Two port (network), symmetrical      126
Uniaxial crystals      464
Uniform plane waves      24 51
Uniform plane waves, sinusoidal      51
Uniqueness theorem      159
Uniqueness theorem with complicated boundaries      162
Unit vector      167
Variational principle of eigenvalues      206
Vector      2
Vector potential      37
Vector, complex      13
Velocity modulation      487 490
Velocity of energy flow      450
Velocity, group      192 216 445
Velocity, phase      56 443
Velocity, signal      449
Voltage-standing-wave ratio (VSWR)      98
Voltage-standing-wave ratio (VSWR), insertion      128
Volume loss      219
Wave equations      22
Wave equations, frequency-domain (complex)      27
Wave equations, generalized      22
Wave equations, homogeneous      23
Wave equations, inhomogeneous      22
Wave equations, time-domain (instantaneous)      22
Wave impedance      27
Wave impedance in good conductors      59
Wave impedance in lossy media      58
Wave impedance of metallic waveguide      217
Wave impedance of plane waves      27 52
Wave impedance of TE and TM modes      217
Wave impedance of transmission line      96
wave number      56
Wave number, angular      52
Wave vector      53
Waveguide coupler      416
Waveguide switch      416 418
Waveguide with different filling media      291
Waveguide, dielectric      299 310 317 322
Waveguide, dielectric, asymmetrical planar      310
Waveguide, dielectric, channel      317
Waveguide, dielectric, circular      322
Waveguide, dielectric, circular, nonmagnetic      334
Waveguide, dielectric, planar      299 310
Waveguide, dielectric, rectangular      317
Waveguide, dielectric, slab      299
Waveguide, dielectric, strip      317
Waveguide, dielectric, symmetrical planar      299
Waveguide, disk loaded      371 388
Waveguide, ideal      214
Waveguide, metallic      213
Waveguide, metallic, circular      247
Waveguide, metallic, cylindrical horn      255
Waveguide, metallic, general characteristics of      214
Waveguide, metallic, propagation characteristics of      215
Waveguide, metallic, rectangular      2
Waveguide, metallic, sectorial      241
Wavelength      56
Waves      24 51
Waves, circularly polarized      62 65
Waves, clockwise (CW)      62 66
Waves, counterclockwise (CCW)      62 66
Waves, damped      57
Waves, elliptically polarized      62
Waves, extraordinary (e)      459 468
Waves, in electron beam      485
Waves, inward      115
Waves, left-handed polarized      62 66
Waves, linearly polarized      62
Waves, monochromatic      69
Waves, nonpolarized      69
Waves, ordinary (o)      459 467
Waves, outward      115
Waves, partially-polarized      69
Waves, polarized      61 69
Waves, quasi-polarized      69
Waves, right-handed polarized      62 66
Waves, slow      88 90 193 365
Waves, TE      72
Waves, TEM      27
Waves, TM      72 75
Waves, uniform plane      24 51
Weakly guiding optical fiber      342
Yttrium iron garnet (YIG)      519
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