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Dekker A.J. — Solid State Physics
Dekker A.J. — Solid State Physics



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Название: Solid State Physics

Автор: Dekker A.J.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1958

Количество страниц: 540

Добавлена в каталог: 21.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Silicon, crystal growth      324
Silicon, electrical properties      331 ff.
Silicon, energy bands      336
Silicon, infrared absorption      339
Silicon, lattice properties      320 ff.
Silicon, physical constants      321
Silicon, secondary emission      422
Silver halides      129
Simple cubic lattice      8
SLIP      82 83
Smakula's formula, color centers      378
Sommerfeld, model of metals      212
Sommerfeld, theory of conductivity      281
Space lattices      6 7
Specific heat      32 ff.
Specific heat, 3-dimensional lattice      57
Specific heat, Born cut-off      45
Specific heat, Debye theory      41 57
Specific heat, Dulong and Petit      34
Specific heat, Einstein theory      36
Specific heat, ferroelectrics      194
Specific heat, free electrons      216
Specific heat, ordered alloys      110 114
Specific heat, row of atoms      53 59
Specific heat, square lattice      59
Spectroscopic splitting factor      450
Spin temperature      501
Spin-lattice relaxation      501 ff. 509 513
Spin-orbit coupling      479
Spin-spin relaxation      500 ff. 509 513
Spinel structure      491
Spontaneous, magnetization      468
Spontaneous, polarization      184 194
Stern — Geriach experiment      463
Strain components      81
Stress components      80
Structure, CsCl      123 127
Structure, diamond      8
Structure, factor      17 18
Structure, mosaic      97
Structure, NaCl      118
Structure, Stability, ionic crystals      124
Structure, transformation      62
Structure, ZnS      123 127
Sublimation energy      68 123 272
Sulfide phosphors      410
Super exchange interaction      488
Super lattices      109
Superconductivity      276
Surface, adsorption      228
Surface, charge      142
Surface, states      354 ff.
Susceptibility, antiferromagnetics      483 485
Susceptibility, diamagnetic      453
Susceptibility, electric      186 204
Susceptibility, ferromagnetics      464 485
Susceptibility, paramagnetic      218 446 454 485
Symmetry elements      8
System of crystal axes      6 8
Tetragonal system      8
Thermal conductivity, insulators      295 ff.
Thermal conductivity, metals      299 ff.
Thermal entropy      63
Thermionic emission, metals      220 ff.
Thermionic emission, semiconductors      314 ff.
Thermodynamic potential      231 526
Thermoelectric effects      304
Thermoluminescence      405 407
Thomson effect      304
Tightly bound electron approximation      251 ff.
transistors      361 ff.
Transistors, equivalent circuit      363
Transistors, junction      361
Transistors, point contact      363
Transition elements      457
Transition, ferroelectric      185
Transition, first-order      186 204 206
Transition, induced      206
Transition, order-disorder      109
Transition, second-order      186 202 206
Transport numbers      176 178 181
Transverse mass      336
Trapping, zinc sulfide      412
Triclinic system      8
Trigonal system      8
Tunneling      227 351
Ultraviolet absorption, alkali halides      371 ff.
Umklapp processes      291 297
Unit cell      4
Vacancies      63 65
Vacancies, formation in metals      68
Vacancies, in ionic crystals      160 166
Vacancies, pairs      69 174
Vacuum level, electrons      212
Valence band      306
Valence crystals      25
van der Waals, $V$ bands, Ge and Si      337
van der Waals, $V$ centers, alkali halides      376 393
van der Waals, crystals      26
van der Waals, forces      128 132
Vegard's law      104
Vibrational modes, acoustical branch      55
Vibrational modes, continuous medium      39
Vibrational modes, diatomic linear lattice      54
Vibrational modes, equivalence with harmonic oscillator      51
Vibrational modes, longitudinal      41 46
Vibrational modes, optical branch      55
Vibrational modes, row of identical atoms      46 49
Vibrational modes, transverse      41 46
Vibrational spectrum, NaCl      57
Wave functions, symmetric and antisymmetric      528
Wave vector      47
Weiss domains      207
Weiss field      192
Weiss hypotheses      464
Weiss molecular field      466 ff. 472 474
Whiddington's law      423
Wiedemann — Franz law      276 300 303
Wigner — Seitz approximation      269 ff.
Work function, metals      212 215 224
Work function, semiconductors      315
wronskian      242
X-ray diffraction      10 ff.
X-ray diffraction, binary alloys      110
X-ray diffraction, Bragg      13
X-ray diffraction, dislocation density      97
X-ray diffraction, experimental methods      19
X-ray diffraction, line broadening      30
X-ray diffraction, von Laue      10
X-ray emission      268
X-rays, production of color centers      394
Young's modulus      79
Zeropoint energy      37 128
Zinc sulfide, electronic levels      412
Zincblende structure (sphalerite)      123 127
Zone boundaries      264
Zone refining      324
1 2 3
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