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
McQuarrie D.A. — Statistical Mechanics
McQuarrie D.A. — Statistical Mechanics

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Statistical Mechanics

Автор: McQuarrie D.A.

Аннотация:

McQuarrie's Statistical Mechanics is a classic textbook in the field and, although it was first published in 1976, is still widely used in courses and consulted by researchers. A strong part of the appeal of the book are the numerous problems that accompany each chapter. However, no solution manual is available. The purpose of this site is therefore to serve as a forum where interested students, academics and scientists can submit, consult and discuss solutions to the problems presented in the book.


Язык: en

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1976

Количество страниц: 331

Добавлена в каталог: 04.05.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
$T^3$-law      200 204
Absolute activity      55
Absorbing barrier      399
Absorption coefficient      471 496 629
Absorption lineshape      472 501
Accessible quantum states      36 37 45 46
Acoustic attenuation coefficient      571
Acoustical branch      210
Activity      297
Activity coefficient      338
Adiabatic compressibility      29 390
Adjoint operator      616
Adsorption      79 221
After-effect function      490 539 627
Angle of deflection      368 375 433
Angle of deflection and hard spheres      370 375 446
Angle-dependent potentials      249 250
Angular Laplacian operator      398
Angular momentum, classical      5
Angular momentum, conserved      5 87 88
Angular momentum, coupling      87 88 109
Angular momentum, orbital      87 88
Angular momentum, spin      87 88
Anharmonic oscillator      111 112
Anharmonicity constant      111 112
Anticommutator      539 540
Antisymmetric wave function      13
Association of alkali metal vapors      144 158
Asymmetric top      134
Asymmetric top, partition function of      136
Asymptotic approximation      32
Atomic energy states      84 90
Atomic term symbols      83 84 87
Autocorrelation function      469
Average potential model      294
Avogadro’s number      593
Barker — Henderson theory      306
Barker — Henderson theory and effective hard-sphere diameter      310 322
Barker — Henderson theory and Lennard — Jones potential      310-314
Barker — Henderson theory and mixtures      324
Barker — Henderson theory and square well potential      308 309 321
Barker — Henderson theory and three-body forces      322
Barker — Henderson theory and virial coefficients      322
Barometric formula      123
BBGKY hierarchy      406 418 419
Bernoulli numbers      99
Bernoulli’s equation      391
Berthelot equation of state      247
Binary collisions      409 440
Binary mixture of ideal gas      90
Binary mixture of nonideal gas      248
Binomial coefficient      22
Binomial distribution      22 24
Binomial theorem      22
Black body cavity      177
Blackbody distribution law      31 182 192 193 376
Blackbody radiation      177-182
Blackbody radiation and Planck distribution law      31 182 192 193
Bloch differential equation      187
Bogoliubov theory      440
Bohr magneton      593
Boltzmann constant      43 593
Boltzmann equation      409
Boltzmann H-theorem      413
Boltzmann statistics      68 72 77
Bom — Oppenheimer approximation      91 129 145 147 148
Bom — Oppenheimer potential      92
Born approximation      544
Born — Green — Yvon equation      268 290 353 419
Bose — Einstein condensation      174 175 176 191 192
Bose — Einstein statistics      73 75 160
Boson      13 69 101 160
Boyle temperature      247
Bra vector      613
Brillouin scattering      213 571
Brillouin shifts      572
Brownian motion      124 452 514
Brownian motion and Langevin equation      452
Brownian motion and mean-square displacement      398 455 462
Bulk modulus (Modulus of compression)      221 583
Bulk viscosity      385 386 522 523 539 541
Bulk viscosity and corresponding states      531 539
Burnett equation      429
canonical ensemble      37
Canonical ensemble average      39 40 182
Canonical ensemble partition function      44
Canonical ensemble, of thermodynamic functions      44 45 58
Capillary flow      394
Carnahan — Starling equation of state      250 280 293 444
Carnahan — Starling equation of state, for mixtures      297
Center of mass      26 133 140
Center of mass and relative coordinates      92 367
Center of mass coordinates      366
Central force      5 6 7 27
Central moment      20 30
Centrifugal distortion constant      112
Centrifugal force      5
Chandler — Weeks — Andersen theory      315
Chandler — Weeks — Andersen theory and effective hard-sphere diameter      317 322 323
Chandler — Weeks — Andersen theory and reference potential      315
Chandler — Weeks — Andersen theory and structure factor      318 323
Chandler — Weeks — Andersen theory and thermodynamic properties      318 319
Chandrasekhar equation      459
Chaos, molecular      410 422
Chapman — Enskog method      419 422 426 446
Chapman — Enskog method and time correlation function      525-527
Chapman — Kolmogorov equation      457
Characteristic function      31 55
Characteristic rotational temperature      99
Characteristic thermodynamic potential      66
Characteristic vibrational temperature      97 132
Charging parameter      330 336
Chemical equilibria      18 142
Chemical kinetics from light scattering      568
chemical potential      17 143 151
Classical configuration integral      116
Classical limit      72 75 76 113 185-189
Classical limit, equilibrium      72 75 76 113 185-189
Classical limit, nonequilibrium      494 512 535
Classical mechanics      3
Classical partition function      113
Classical statistical mechanics      113
Classical statistics      72
Clausius — Mossotti equation      63
Closest-packed hard-sphere volume      279
Closure relation      473 614
Cluster diagrams      230 231 232 246
Cluster diagrams, connected      231
Cluster diagrams, doubly connected      231 232
Cluster diagrams, integrals of      230
Cluster diagrams, stars in      231 232
Coefficient of bulk viscosity      385 386 521 522 523 539
Coefficient of bulk viscosity, reduced      531 539
Coefficient of self-diffusion      431 448
Coefficient of self-diffusion and time-correlation function      515
Coefficient of self-diffusion, reduced      435 448 531 532 539
Coefficient of shear viscosity      361 385 386 431 447
Coefficient of shear viscosity and time-correlation function      519
Coefficient of shear viscosity, frequency-dependent      583
Coefficient of shear viscosity, reduced      434 448 531 532 539
Coherent neutron scattering      547
Collision cross section      372
Collision cylinder      407
Collision frequency      370 373 375 524 525
Collision operator      409
Collision term      410 419 422
Collision time      524 525
Collision trajectory      376
Collision-induced absorption      375 503 505 506 541 542
Collision-induced dipole moment      542
Collision-induced light scattering      482 484
Collisional integrals      428 430
Collisional integrals and recursion formula      448
Collisional integrals and thermal transport coefficients      431
Collisional integrals, for hard spheres      430
Collisional integrals, reduced      431 447
Collisional integrals, table of      434
Collisional invariants      see "Summational invariants"
Color center      216 220
Combinatorial formulas      22 23
Commutator      494 615
Commutator, repeated      502
Complementary solution      394
Complete set      613 597 598
Completeness relation      536 537 614
Compressibility factor      246 248 283
Configuration integral      116 124 222 227
Conjugate momentum      7
Conservation equations of hydrodynamics      380
Conservation of angular momentum      27
Conservation of density in phase      120
Conservation of energy      8 27
Conservation of extension in phase space      120 422
Conservation of momentum      26
Constitutive relations      618 622 628
Continuity equation      380
Convolution approximation      586
Convolution theorem      269 270 573 586
Correlation function      453 468
Correlation function and classical limit      512
Correlation function and dipole      473
Correlation function and polarizability      486
Correlation function, in canonical ensemble      268
Correlation function, in grand canonical ensemble      268
Correlation function, one-sided      501
Correlation function, statistical      555 556
Correlation time      453 468-469
Corresponding states, law of      200 204 205 243-245 248 434 435 448 531 532 539
Couette flow      393 400
Couette — Poiseuille flow      400 401
Coupled harmonic oscillators      196 207
Coupling parameter      263 264 290
Critical constants      244 257 288
Critical parameters, reduced      288
Critical parameters, reduced, Barker — Henderson theory      309 315
Critical parameters, reduced, from various theories      288
Critical parameters, reduced, square-well fluid      309
Cross section      372
Crystals, Debye model of      200-206
Crystals, defects of      214-217 219 220
Crystals, Einstein model of      197-200
Crystals, vapor pressure and      220
Cumulants      548
Cyclic graphs      343 353
Cyclic permutation      498 511 535
de Broglie wavelength      83 90 163 207
Debye and dielectric relaxation      497
Debye and frequency      202
Debye and heat capacity function      203 219 599
Debye and rotational relaxation      398
Debye and temperature      32 202 203 206 221
Debye and theory of heat capacity of crystals      32 200-206 218 219
Debye — Hueckel kappa      332 352
Debye — Hueckel radial distribution function      353
Debye — Hueckel screening parameter      332
Debye — Hueckel theory      328
Debye — Hueckel theory and ionic atmosphere      335 352
Debye — Hueckel theory and limiting law      336
Debye — Hueckel theory and potential of mean force      331 334
Debye — Hueckel theory and screening parameter      332
Debye — Hueckel theory and thermodynamics      336-339
Debye — Hueckel theory, from Mayer theory      343
Debye — Hueckel theory, from Omstein — Zemicke equation      344-345
Deflection angle      368 375 433
Deflection angle, for hard spheres      370 375 446
Degeneracy, harmonic oscillator      10 94
Degeneracy, particle-in-a-box      10 11 28
Degeneracy, rigid-rotor (three-dimensional)      10 94
Degeneracy, rigid-rotor (two-dimensional)      112
Degeneracy, spherical top      134
Degeneracy, symmetric top      135
Degrees of freedom      114
Degrees of freedom, rotational      130
Degrees of freedom, separation of      116 130
Degrees of freedom, translational      130
Degrees of freedom, vibrational      130
Delta function      20 30 187 472 504 535 595-598
Delta function, integral representation of      473
Density matrix      185 537
Density of states in phase space      118 403
Density of states, photon gas      179
Density of states, three-dimensional ideal gas      82
Density of states, two-dimensional ideal gas      28 89
Depolarization ratio      482 484
Deviation plots      438 439
DHLL + $B_2$      347
dielectric constant      50
Dielectric constant and absorption      Appendix K 629
Dielectric constant, complex      Appendix K
Dielectric constant, frequency-dependent      Appendix K
Dielectric loss      496 Appendix
Dielectric relaxation      495
Dieterici equation      246
Difference equation      207
Differential cross section      422
Differential cross section, neutron scattering      544
Differential cross section, Raman scattering      484
Diffuse double layer      354
Diffusion coefficient      363 364
Diffusion coefficient and mixtures      449
Diffusion coefficient, frequency-dependent      582 591
Diffusion coefficient, generalized      591
Diffusion constant      216 220
Diffusion equation      386 397 513 564
Diffusion equation, Fourier transform and      386 388 513
Diffusion equation, fundamental solution for      387 388 397
Diffusion equation, in phase space      459
Diffusion equation, in velocity space      458
Diffusion equation, method of images in      399
Diffusion equation, rotational      398
Diffusion equation, with anisotropic      398
Diffusion equation, with chemical reaction      568
Diffusion equation, with drift      398 564
Diffusion in solids      215 216
Diffusion tensor      580
Diffusion velocity      407
Dipole moment      49
Dipole moment operator      471
Dirac $\delta$-function      20 30 187 472 504 535 595-598
Dirac notation      Appendix G
Direct correlation function      268 297
Direct correlation function, density expansion      274
Direct correlation function, hypernetted chain equation      276
Direct correlation function, mean spherical model      355
Direct correlation function, Percus — Yevick equation      276 297
Direction cosines      479 480 533
Dispersion curve      208 209 219
Displacement vector      49
Dissociation energy      96 110 132
Distinguishable particles      69 70 71
Distribution function in canonical ensemble      257
Distribution function in grand canonical ensemble      268
Doob’s theorem      560 561
Doppler broadening      127
Doppler effect      127
Double dot notation      384
Dual space      613
Dulong and Petit, law of      49 199 204 218
Dyadic      383
Ehrenfest dog-flea experiment      423
1 2 3 4
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