Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Animalu A.O. — Intermediate Quantum Theory of Crystalline Solids
Animalu A.O. — Intermediate Quantum Theory of Crystalline Solids

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Intermediate Quantum Theory of Crystalline Solids

Автор: Animalu A.O.

Аннотация:

The acquisition of scientific knowledge, like the growth and development of a fruit tree, is both a horizontal and a vertical process. The field must be surveyed and a site chosen before the seed of knowledge is planted. The seed sprouts and begins to grow in length and breadth as it is nourished. In due course the plant matures into a full-grown tree, with a stem, numerous branches and twigs and leaves all connected together. And finally it bears fruits for harvest. Some branches may die and other new shoots spring forth in their place, but with each new shoot comes increasing rich harvest. Even so, a student who chooses to stake his future in solid state physics and material science must start from the modest beginnings of modern solid state physics that followed the discovery of quantum mechanics in 1926; and he must diligently follow the growth of the subject of material science and its technological applications (especially electronic devices) over the past half century up to its present state of maturity as a full-grown tree of knowledge with a stem, numerous branches, and plentiful ripe fruits for harvest.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: reprinted edition

Год издания: 1978

Количество страниц: 516

Добавлена в каталог: 28.03.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Acoustic phonons      309
Adiabatic principle      424
Airy functions      263
Al, London penetration depth      453
Al, magnetic breakdown      278
Al, superconducting      422
Alkaline earth metals      132
Anisotropy energy      366
Annihilation operator      101 428 466
Augmented plane wave (APW) method      181
Azbel — Kaner resonance      259 264 265
Bardeen — Cooper — Schrieffer (BCS) theory      437 39
BCS Hamiltonian      437
BIoch — Gruneisen T5 law      224 214
Bloch sum      173
Bloch waves in crystals      38
Bloch waves, diffraction of      44
Bloch’s theorem      39 43 105 122 162 172
Bohr frequency rule      263
Bohr — Sommerfeld phase integral rule      256 263
Boltzmann constant      54
Boltzmann equation      215 249
Boltzmann equation for quasiparticles      461
Boltzmann equation, linearized      218
Bond-orbital model of semiconductors      300
Born approximation      128
Born — Mayer potential      58 89 121
Born — Oppenheimer approximation      424
Born-von Karman cyclic boundary conditions      105
Bragg’s law      29 30
Bragg’s law for Bloch waves      45
Bragg’s law, at normal incidence      32
Bragg’s law, oblique incidence      33
Bravais lattice      2 9
Breakdown effects      274 79
Breakdown effects, magnetic      276 282
Breakdown effects, Zener      274
Brillouin function      384
Brillouin zone      17 20
Brillouin zone, bcc      19
Brillouin zone, diamond lattice      288
Brillouin zone, fee      19
Brillouin zone, hep      19
Brillouin zone, white tin      20
Brillouin zone, wurtzite      290
Brillouin zone, zinc blende      289
Bugolons, excitation energy of      441
Bugolons, in superconductors      477
bulk modulus      55
Burnside theorems      496
Butcher’s formula      236
Catalytic activity      13
Central cell correction      199
Coal molecule      66 67
Coherence length      414 416
Cohesive energy      55 78
Compensated metal      248 252
Compressibility      55
Compton scattering      50
Computer memory      403
Condensation energy      411 438
Conduction band      143
Conductivity tensor      219 246
Continuity equation      344
Cooper pair      433 435 436 442 479
Correlation energy of electron gas      480
Coulomb lattice      120
covalent bond      60 66
Creation operator      101 428 466
Critical magnetic field      410
Critical points      123 124 240
Crystal defects      25
Crystal field theory      369 385
Crystal surface      25
Crystal systems, cubic      12 22
Crystal systems, diamond      23 24 284
Crystal systems, hexagonal      12
Crystal systems, monoclinic      12
Crystal systems, orthorhombic      12
Crystal systems, rutile      360
Crystal systems, spinel      360
Crystal systems, tetragonal      12
Crystal systems, triclinic      12
Crystal systems, trigonal      12
Crystal systems, wurtzite      284
Crystal systems, zinc blende      284
Crystal, fivefold symmetry      13
Crystal, point symmetry      13
Crystalline      1
Crystalline, transition to amorphous state      26 52
Crystallography      1 9
Crystals, one-dimensional      102 174
Crystals, three-dimensional      11
Crystals, two-dimensional      10
Cu, energy bands      183
Cu, hybridization gap      189
Curie — Weiss law      360 61 401
Curie’s law      356
Current density operator      234
Cyclotron frequency      255
Cyclotron mass      255 257
Cyclotron resonance      258 59 246 281
D, d-bandwidth      188 189
Dark diode current      344
Dark diode current, de Broglie relation      426
Dark diode current, de Haas-van Alphen effect      244 269 73 281
Debye frequency      94 97
Debye spectral function      114
Debye temperature      95 100
Debye wave number      93
Debye — Waller factor      52 130 131
Deep impurity level      316
Degenerate semiconductor      307 338
Density matrix      381
Density of states (electron)      122 140 203 242
Density of states (electron) in a magnetic field      266 69
Density of states (electron) in superconductors      446
Density of states (electron), joint      239
Density of states (electron), phonon      431
Density variable      470
Detailed balancing principle      217
diamagnetic susceptibility      371
Diamagnetism of metals      396
Diatomic linear chain      109 111 112
Diatomic molecule      62
dielectric constant      226
Dielectric function, Hartree      474
Dielectric function, Penn      299
Dielectric model of semiconductor      323
Differential susceptibility      365
Diffraction grating      28 52
Diffraction, electron      32
Diffraction, low energy electron (LEED)      32
Diffraction, neutrons      125
Diffraction, X rays      27
Diffusion      310 11 327
Diffusion current      328
Diode laser structure      348
Dirac delta-function      22
Direct exchange      387
Direct transition      231
Dispersion relation, phonon      104 117 474
Dispersion relation, spin waves      478
Double zone scheme      156
Drift velocity      211
Drude absorption      230
Drude formula, de conductivity      212 213
Drude formula, optical conductivity      227
Dulong and Petit law      92 202
Dynamic form factor      128
Dynamical matrix      110
Effective charge      169
Effective Hamiltonian method      193 216
Effective mass approximation      315
Effective mass, band      176 199
Effective mass, density of states      303
Effective mass, electron-electron interaction      459
Effective mass, electron-phonon interaction      459
Effective mass, optical      230
Effective mass, table      208
Effective mass, tensor      198 240
Einstein relation      337
Einstein temperature      96 100
Elastic constants, brugger      84
Elastic constants, second-order      84 137
Elastic constants, third order      86
Elastic constants, Voight abbreviations      84
Elastic stress-strain relations      82 88
Elastic waves      102 119
Electrical conductivity, de      218
Electrical conductivity, general characteristics      214
Electrical conductivity, liquid state      222
Electrical resistivity, temperature dependence of      223
Electrolyte      351
Electrolyte, semiconductor analogy      306
Electron spin, magnetic interactions of      372 73
Electron-photon interaction      235 424
Electronic properties      201
Electronic specific heat      202 2 06 208 212
Elementary excitations of electron gas      455 63
Energy band structure, III — V compounds      292
Energy band structure, III — V compounds, Cu      183
Energy band structure, III — V compounds, Ge      288
Energy band structure, III — V compounds, InSb      289
Energy band structure, III — V compounds, Ni      183
Energy band structure, III — V compounds, Pb      160 192
Energy band structure, III — V compounds, PbTe      291
Energy band structure, III — V compounds, ZnS      290
Energy bandgap      49
Energy bands, empty lattice      145
Energy bands, formation of      142
Energy bands, group theory of      147
Energy bands, maximum and minimum      175 76
Energy bands, semiconductors      286
Energy bands, width      176
Energy conversion via thermoelectric effects      242
Equilibrium distribution      217
Equipartition theorem      202
Ewald construction      52
Exchange integral      376
Exchange potential      375
Excitation spectra of pair-hole pair      476
Excitation spectra of plasmon      476
Excitations of electron-hole pairs      471
Excitations of plasmon      476
Excitations, collective      455
FE      304 394 402
Fermi Golden Rule      37
Fermi level      306 07
Fermi surface      149 157
Fermi surface, construction      150 200
Fermi surface, displacement by electric field      213
Fermi surface, effect of weak lattice potential      161
Fermi surface, extremal area      271
Fermi surface, pipe model      153 273
Fermi — Dirac statistics      203
Ferrites      402
Ferromagnetic resonance      367
Ferromagnetism, exchange and correlation in      378
Ferromagnetism, Stoner model of      398
Ferromagnetism, theory of      386
Feynman wave functions      450
Finite element groups      485
Flux quantization      256
Flux quantization in superconductor      416
Fock equation      465
Fock exchange      375
Fock representation      465
Fourier series      120
Fourier trannsform      35
Free energy of a lattice      133 136
Free energy of superconductors      420
Friedel oscillations      73
Frohlich — Hamiltonian      429
GaAS      239 341 348
Galilean invariance      462
ge      241 249 323
Geometrical structure factor      22
Gibb’s ensemble      215
Ginsberg — Landau theory      415
Goodenough — Kanamori rule      390
Green’s function      430
Group representations      191 486 87
Group theory      9 483
Gunn effect      340
gyromagnetic ratio      383
Hall constant      248
Hall effect      244 247 49 293
Hall field      247
Harrison’s construction of Fermi surface      157
Hartree — Fock approximation      377 78 440
Hartree — Fock approximation in equation-of-motion method      467
Hartree — Fock approximation, time dependent      469
Hartree — Fock energy      381
Hartree — Fock equation      379
HE      3 456
heat capacity      134 139 422
Heisenberg exchange      387
Heisenberg ferromagnet      387
Heisenberg Hamiltonian      375
Heisenberg representation      235
Hexagonal close-packed lattice      6 18 153
High temperature superconductor      410
hole      301 13 198 345
Hund’s rule      384
Hybridization gap      188
Hydrogen bond      80
Hydrogenic impurity      199 313
Hysteresis      364
Impurity levels      323
Impurity potential      195 314 319
Impurity surface states      318
Impurity, isoelectronic trap      302 319
Impurity, optical absorption lines      317
Impurity, p-type      302
Impurity, theory of      313 21
Indirect transition      231
Injection current      328
integrated circuits      330
Intraband transition      341
Ion-ion potential      73 74
Ion-plasma frequency      100
ionic bond      57 60
Ionization energy      78
Ising model      377
Isoelectronic trap      319
Isotope effect      432
Itinerant electron picture      36
Jahn — Teller distortions      368
Jellium temperature      98
Joint density of states      239
Jones Zone      295 96
Josephson effect      444 449
Josephson equation      451
Junction rectifier      326 329
K-p perturbation method      196
Kohler’s rule      254
Koopman’s theorem      458 468
Koster — Slater model      320
Kramers — Kronig relations      229 447
1 2
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2019
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте