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Kittel C. — Introduction to solid state physics
Kittel C. — Introduction to solid state physics



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Название: Introduction to solid state physics

Автор: Kittel C.

Аннотация:

New edition of the most widely-used textbook on solid state physics in the world. Describes how the excitations and imperfections of actual solids can be understood with simple models that have firmly established scope and power. The foundation of this book is based on experiment, application and theory. Several significant advances in the field have been added including high temperature superconductors, quasicrystals, nanostructures, superlattices, Bloch/Wannier levels, Zener tunneling, light-emitting diodes and new magnetic materials.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 7

Год издания: 1995

Количество страниц: 689

Добавлена в каталог: 04.09.2015

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
power absorption      493
Primitive cell      6 193
Pseudopotential, components      283
Pseudopotential, metallic sodium      254
Pseudopotential, method      252 312
Pyroelectric      394
PZT system      409
QHE      564
Quantization, elastic wave      107 638
Quantization, Hall effect      566
Quantization, orbits in magnetic field      255
Quantization, spin waves      454
Quantum corral      581
Quantum interference      366 369
Quantum solid      92
Quantum theory, diamagnetism      419
Quantum theory, paramagnetism      420
Quasi-Fermi levels      577
Quasicrystals      48
Quasiparticles      294
Quenching, orbital angular momentum      426
Radial distribution function      523
Raman effect      322
Raman scattering      306
Random network      526
Random stacking      22
Rare earth ions      423
Rayleigh attenuation      536
Reciprocal lattice points      38
Reciprocal lattice vectors      33
Recombination radiation      321
Reconstruction      554
Rectification      570
Reduced zone scheme      195 235
Reflectance      293 307 308
Reflection, normal incidence      330
Reflectivity coefficient      307
Refractive index      307
Relaxation      366
Relaxation time, longitudinal      490
Relaxation time, spin-lattice      490
Relaxation, direct      492
Relaxation, Orbach      492
Relaxation, Raman      492
Remanence      470
Resistance per square      171
Resistance, surface      171
Resistivity Ratio      162
Resistivity, electrical      158 159
Response function      309
Response, electron gas      426
Rf saturation      516
RHEED      560
Richardson — Dushman equation      562
RKKY theory      628
Rotating coordinate system      515
Ruby laser      512
Saturalion rf      516
saturation magnetization      446
Saturation polarization      412
Scanning tunneling microscopy      20
Schottky barrier      573
Schottky defect      541
Schottky vacancies      551
Screened Coulomb potential      282
Screening, electrostatic      280
Screw dislocation      590
Second-order transition      402
Self-diffusion      547
Self-trapping      221
Semiconductor crystals      174 199
Semiconductor lasers      577
Semiconductor, degenerate      286
Semiconductors, deficit      222
Semimetals      174 203 228
Shear constant      94
Shear strength, single crystals      587
Shear stress, critical      587
Short-range order      621
Shubnikov — de Haas effect      583
Single domain particles      477
Singularities, Van Hove      129
Singularity, density of states      139
Slater — Pauling plot      627
SLIP      588
Sodium chloride structure      15
Sodium metal      142
Soft modes      400 413
Solar cells      573
Solidus      622
Solitons      473
Solubility gap      622
Spectroscopic splitting factor      429
Spheres, metal      171
Spin wave      450 see
Spin wave, quantization      454
Spin wave, resonance      506
Spin-lattice interaction      491
Spin-lattice relaxation time      490
Spinel      459
Square lattice      38
Stability criteria      95
Stabilization free energy      347
Stacking fault      589
STM      20
Stokes line      323
Strain component      81
Strength of alloys      600
Stress component      82
Structural phase transitions      393
Structure factor      42 635
Structure factor, bee lattice      44
Structure factor, diamond      51
Structure factor, fee lattice      45
Substrate      555
Superconductivity, exotic      156 337
Superconductivity, table      336
Superconductivity, Type I      340
Superconductivity, Type II      340 360
Superlattices      618 630
Superparamagnetism      477
Surface crystallography      556
Surface electronic structure      560
Surface nets      558
Surface plasmons      279 302
Surface resistance      171
Surface states      562
Surface subbands      562
Surface transport      564
Susceptibility, dielectric      385
Susceptibility, magnetic      417
Symmetry operation      4
TA modes      104
Taxis      478
Temperature dependence, reflection lines      633
Temperature, Debye      122
Tetrahedral angle      25
thermal conductivity      131 166
Thermal conductivity, glasses      534
Thermal conductivity, isotope effect      138
Thermal conductivity, metals      166
Thermal conductivity, table      126
Thermal dilation      139
Thermal effective mass      156
Thermal excitation of magnons      455
Thermal expansion      130
Thermal ionization      226
Thermal resistivity, phonon gas      133
Thermionic emission      561
Thermodynamics, superconducting transition      347
Thermoelectric effects      227
Thomas — Fermi approximation      28
Thomas — Fermi dielectric function      282
Three-level maser      512
Tight binding method      245
TO modes      104
Tomography, magnetic resonance      342 487
Transistor, MOS      564
Transition metal alloys      624
Transition temperature, glass      527
Transition, displacive      394
Transition, first-order      402
Transition, metal-insulator      284
Transition, order-disorder      394
Transition, second-order      402
Transitions, displacive      398
Translation operation      4
Translation vector      4
Transparency, alkali metals      274
Transport, surface      564
Transverse optical modes, plasma      274
Transverse relaxation time      492
Triplet excited states      437
Tunneling      364
Tunneling microscope      580
Tunneling, Josephson      366
Twinning      589
Two-fluid model      372 376
Two-level system      440
Type I superconductors      340
Type II superconductors      340 360
Ultraviolet transmission limits      275
Umklapp processes      135 162
Unit cell      6
Upper critical field      661
UPS      324
Valence band edge      199
Van der Waals interaction      54 56 304
Van Hove singularities      129
van Vleck paramagnetism      430
Vector potential      651
Vickers hardness number      606
viscosity      527
Vitreous silica      524
Vortex state      340 361 376
Wannier functions      267
Wannier ladder      230
Wave equation, continuum      112
Wave equation, periodic lattice      184
Wave equation, periodic potential      183
Wavevectors, energy gap      196
Weiss field      443
Whiskers      604
Wiedemann — Franz law      166
Wigner — Seitz boundary condition      250 251
Wigner — Seitz cell      8 38 251
Wigner — Seitz method      244 248
work function      560
Work-hardening      603
XPS      324
Young’s modulus      94
Yttrium iron garnet      505
Zener breakdown      231
Zener tunneling      230
Zero-field splitting      510
Zero-point lattice displacement      139
zero-point motion      55 62
ZnS structure      20
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