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Shu-Ang Zhou — Electrodynamics of solids and microwave superconductivity
Shu-Ang Zhou — Electrodynamics of solids and microwave superconductivity

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Название: Electrodynamics of solids and microwave superconductivity

Автор: Shu-Ang Zhou

Аннотация:

This book presents the interdisciplinary field of solid electrodynamics and its applications in superconductor and microwave technologies. It gives scientists and engineers the foundation necessary to deal with theoretical and applied electromagnetics, continuum mechanics, applied superconductivity, high-speed electronic circuit design, microwave engineering and transducer technology.


Язык: en

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 618

Добавлена в каталог: 01.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Absolute space      544
Acceleration      85 131 539
Anisotropy, statistical      201
Approximation(s)      85
Approximation(s), electro-quasistatic      88
Approximation(s), Galilean      85
Approximation(s), magneto-quasistatic      86
Approximation(s), quasi-TEM      471
Attenuation coefficient      269
Attenuation distortion      282
Axiom      147
Axiom of admissibility      148
Axiom of determinism      147
Axiom of equipresence      147
Axiom of material invariance      148
Axiom of memory      147
Axiom of neighborhood      147
Axiom of objectivity      147
Balance law      139
Balance law of angular momentum      139
Balance law of linear momentum      139
Birefringence      173
Birefringence, optical      173
Body couple      139
Body couple, electric      164
Body couple, electromagnetic      153
Boundary condition(s)      31 34 161 169
Brewster angle      123
Capacitance      105 110
Capacitance, line      455
Capacitor(s)      49 105 110
Cartesian coordinate system      130
Cauchy stress ellipsoid      172
Charge(s)      1
Charge(s), conservation law of      4
Charge(s), volume density of      2
Clausius — Duhem inequality      144
Coaxial line      256 478
Coaxial line, superconducting      256
Coefficient(s)      57 61
Coefficient(s) of mutual inductance      61
Coefficient(s) of self-inductance      61
Coefficient(s), capacity      57
Coefficient(s), current transmission      458
Coefficient(s), principal dielectric      172
Coefficient(s), voltage transmission      458
Coherence length      244 326
Coherence length, Ginzburg — Landau      327
Coherence length, intrinsic      288 327
Coherence length, phase      440
Coherence length, Pippard      286
Compatibility conditions      136
Composite(s)      181 185 195
Composite(s), dielectric      206
Composite(s), elastic dielectric      209
Composite(s), supcrconductor(s)      372
Composite(s), superconducting stripline(s)      481
Conductance      102
Conductance, boundary      162
Conductance, line      455
Conductivity      37 572
Conductivity, complex      244 482 572
Conductivity, complex flux-flow      387 391
Constitutive equation(s)      36 41 83 163
Constitutive equation(s) for non-magnetizable conductors      149
Constitutive equation(s) for soft-ferromagnetic conductors      152
Constitutive equation(s) for thermoelastic dielectrics      163
Constitutive equation(s) of moving media      83
Continuity      4
Continuity, equation of      4 133
Continuity, vortex      385
Continuum electrodynamics      129
Coulomb blockade      439
Critical current      232 345 427
Critical current, density      232 354 384 415
Critical magnetic field      231 317 343
Critical magnetic field, lower      349
Critical magnetic field, upper      331
Critical state      354
Critical state equation      354
Cryotron      318
Current density      2 8
Current density, conduction      34
Current density, convection      34
Current density, displacement      17
Current density, surface      32
Current-phase relation, Josephson      415
Deformation      133
Deformation, gradient      134
Deformation, rate of      135
Degenerate mode(s)      519
Delay line(s)      273
Demagnetizing factor      316
Depinning frequency      380 391
Diamagnetic moment      32
Diamagnetism      32
Dipole(s)      12
Dipole(s), electric      12 13
Dipole(s), magnetic      22
Directional coupler(s)      508—516
Directivity      512
dispersion      44 282 300
Dispersion in materials      44
Dispersion, anomalous      47
Dispersion, normal      47
Dispersion, space      99
Displacement vector      134
Displacement vector, electric      31
Doppler effect      82
Dynamic mobility      377
Electromagnetic pressure      253
Electromigration      448
Electron(s)      1
Electron(s), Cooper pair of      303
Energy      23
Energy, barrier      356
Energy, electric field      53
Energy, electrostatic      55
Energy, gap      312
Energy, magnetic field      60
Energy, magnetic interaction      23
Energy, potential      15 24
Energy, relativistic      127
Energy, rest      127
Energy, surface      333
Energy, time-average electric      68
Energy, time-average reactive      68
Energy, transmission      520
Ensemble      192
Ensemble, average      194
Ensemble, gibbs      192
entropy      143 319
Entropy, balance equation of      143 152
Entropy, flux      144
Entropy, production of      144
Entropy, specific      144
Faraday rotation      95
Fermi — Dirac distribution      311
Ferromagnet(s)      90
Field(s)      7
Field(s), electric      7
Field(s), electromagnetic      25
Field(s), magnetic      15
Field(s), magnetic intensity      33
Field(s), neuromagnetic      431
Field(s), phasor      40
Field(s), theory      7
Field(s), time-harmonic      40
Field(s), vortex electric      352
Field(s), vortex magnetic      352
Finite element      475
Finite element, analysis      478
Finite element, method      477
Fluctuation      326 357
Flux      19
Flux, bundle(s)      356
Flux, creep      356 392
Flux, entropy      144
Flux, heat      144
Flux, line(s)      350
Flux, magnetic      19 240
Flux, power      64
Flux, quantum      241
Flux, time-average power      66
Flux-flow      352
Flux-flow, Hall coefficient      407
Flux-flow, Hall effect      402 407
Flux-flow, Nemst coefficient      410
Flux-flow, Nemst effect      409
Flux-flow, resistivity      353 377 384
Flux-flow, Righi — Leduc coefficient      408
Flux-flow, Righi — Leduc effect      408
Flux-flow, Seebeck coefficient      409
Flux-flow, Seebeck effect      409
Flux-flow, viscosity      380 567
Flux-flow, viscosity tensor      400
Fluxoid      242
Fluxon      241
Force(s)      5 6 14
Force(s), coercive      91
Force(s), electric body      163
Force(s), electric dipole      14
Force(s), electromagnetic body      149 153
Force(s), electromotive      24
Force(s), electrostatic      5
Force(s), fictitious      543
Force(s), gravitational      6
Force(s), Lorentz      15
Force(s), magnetic      15 20
Force(s), Magnus      401
Force(s), Minkowski      126
Force(s), pinning      354
Force(s), thermal      400
Frame      83 538
Frame, generalized instantaneous rest      543
Frame, inertial      83 538
Frame, instantaneous rest      85 538
Frame, laboratory      83 538
Frame, pointwise instantaneous rest      543
Frame, rest      83 538
Free energy      322
Free energy, Gibbs      316
Free space      5
Frequency, cutoff      518
Fresnel's equations      122
Fresnell ellipsoid      173
Function(s)      10
Function(s), Bessel      421
Function(s), Dirac delta      10
Function(s), Hankel      348
Function(s), indicative      195
Function(s), thermodynamic      315
Gap frequency      275 281
Gap voltage      416
Gauge      19 557
Gauge, Coulomb      19 40
Gauge, invariance      557
Gauge, Lorentz      39
Gauge, transformation(s)      39 239
Gauss' law for magnetic field      18
Gauss' theorem      10 30
Gauss' theorem for electric field      10
Gauss' theorem in material medium      30
Gaussian pulse(s)      461
Ginzburg — Landau equation      324
Ginzburg — Landau parameter      328
Gravitational constant      6
Green's function      12
Green's function, elastic      186
Green's function, electric      12
Green's function, magnetic      21
Gyromagnetic media      93
gyromagnetic ratio      93
Harmonic generation      493
Heat      144
Heat, conduction      152 403
Heat, flux      144
Heat, latent      319
Heat, specific      320
Homogenization method      184
Impedance      27 455
Impedance, characteristic      456 503
Impedance, complex surface      264
Impedance, input      460
Impedance, intrinsic      27
Impedance, load      457
Impedance, source      457
Impedance, surface      271 390
Index of refraction      46
Inductance      113 258
Inductance, external      258
Inductance, internal      259
Inductance, kinetic      298 478
Inductance, line      258 455
Inductance, partial      114
Inductor(s)      113
Inertia      76
Inertia of flux line      378
Inertia, system of      76
Insertion loss      512
Interaction      7
Interaction, long-range      7
Interaction, short-range      7
Interconnect      446
Interface condition(s)      35 88 89
Interference device(s)      424
Interference device(s), superconducting quantum      424—432
Interferometer      561
Interferometer, rotating superconducting      561
Intermediate state      334
Intermodulation, two-tone      493
Irreversibility line      359
Isolation      512
Isotope effect      303
Josephson effect      413
Josephson effect, AC      420
Josephson effect, DC      416
Josephson frequency      421
Joule heating      149
Junction(s)      414 559
Junction(s), deformable Josephson      559
Junction(s), Josephson      414
kinetic energy      249
Kinetic energy of superelectrons      249
Kinetic energy, density      249
Kinetic energy, time-averaged      252
Kramers — Kronig relations      44
Kronecker delta      134 601
Lame stress ellipsoid      172
Lame's constants      158
Laplace equation      468 473
Law(s)      16
Law(s) of continuum thermodynamics      142
Law(s) of motion      138
Law(s), Ampere circuital      17 31
Law(s), Biot — Savart      19
Law(s), Coulomb's      5
Law(s), energy conservation      143
Law(s), Faraday's      24
Law(s), Fourier      167
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