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
Leighton R.B. — Principles of Modern Physics
Leighton R.B. — Principles of Modern Physics

Читать книгу
бесплатно

Скачать книгу с нашего сайта нельзя

Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: Principles of Modern Physics

Автор: Leighton R.B.

Аннотация:

Tn this book T have attempted to meet some of the rather severe and often conflicting requirements that such a course places upon a textbook: Tt should cover a quite broad range of subjects, but at sufficient depth to leave the student with more than a mere "survey" view of modern physics. The various topics must not be oversimplified to the point whore their physical essence is lost, but neither should the physics be hidden in an overrigorous or too general treatment. The mathematical and physical background of the student should be freely drawn upon, but material new to him should be presented in considerable detail. Unfortunately, these requirements and many others not only fight among themselves but also mean different things to different people. I can only hope that my aim has been reasonably accurate.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1959

Количество страниц: 806

Добавлена в каталог: 09.02.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
$\beta$ decay      529
$\beta$ decay, electron spectrum for      535
$\beta$ decay, inverse      532
$\beta$ decay, Kurie plot      536
$\beta$ decay, Kurie plot, lifetimes for      538
$\beta$ decay, Kurie plot, neutrino hypothesis      531
$\beta$ decay, Kurie plot, selection rules      538 642
$\beta$ decay, Kurie plot, statistical factor      535
$\beta$ decay, Kurie plot, theory      532
$\beta$ decay, Kurie plot, transitions in, allowed      540
$\beta$ decay, Kurie plot, transitions in, forbidden      541 542 see
Aberration      4 38
Absorption, X-ray      421
Absorption, X-ray, coefficients      422
Absorption, X-ray, photoelectric      424
Acceptor atom      387
Activity      518
Adiabatic approximation      289
Age, of carbonaceous materials      698
Age, of minerals      520
Age, of the earth      520
Alpha-particle model of nucleus      596
Alpha-particle radioactivity theory      524
Alternation of multiplicities (law)      268 276
Angular momentum of nuclei      467
Angular momentum, addition      198
Angular momentum, eigenvalues      177
Angular momentum, operators for      102
Angular momentum, operators for, commutation properties      102 195
Angular momentum, operators for, in rectangular coordinates      102
Angular momentum, operators for, in spherical coordinates      177
Angular momentum, orbital      177
Angular momentum, quantization      195
Angular momentum, quantization in Bohr theory      72
Angular momentum, quantization in Stern — Gerlach experiment      89
Angular momentum, quantization, experimental observation      89
Angular momentum, quantum numbers      177
Angular momentum, rotational, of molecules      299 310
Angular momentum, spin      185 667
Antineutrino      630
Antineutron      629
Antiparticle      624
Antiproton      628
Atmosphere, properties (table)      732
Atomic energy states      76
Atomic energy-level diagrams      77 91
Atomic mass units      464
Atomic masses (table)      736—783
Atomic number      478
Atomic structure      69
Atomic structure factors      451
Atomic structure, nuclear theory      71
Atomic structure, Rutherford theory      71
Atomic structure, Thomson theory      70
Atomic transitions      77 90
Atomic transitions, forbidden      90
Atomic transitions, selection rules for      271
Auger effect      427
Auger effect in nuclei      480
Autoionization      427
Balmer formula      75
Balmer series      74
Band structure (solids)      378
Band system (spectroscopy)      454
Band theory of solids      377
Barrier penetration      see "Potential barrier"
Barrier-penetration theory of $\alpha$-decay      524
Baryon      652
Black-body radiation      60
Black-body radiation, classical interpretation      61
Black-body radiation, laws for, distribution (graph)      725
Black-body radiation, laws for, Planck      64
Black-body radiation, laws for, Planck, from quantum statistics      349 366
Black-body radiation, laws for, Rayleigh — Jeans      64
Black-body radiation, laws for, Stefan — Boltzmann      62
Black-body radiation, laws for, Wien displacement      62 see
Bloch function      394 401
Bohr correspondence principle      88 105
Bohr magneton      185
Bohr theory of hydrogen atom      72
Boltzmann factor      342
Bose particle      239
Bragg condition      437 447
Bragg reflection      402 437
Bragg spectrometer      449
Bremsstrahlung      408 674
Bremsstrahlung, atomic mechanism      415
Bremsstrahlung, distribution, angular      408 410
Bremsstrahlung, distribution, spectral      413
Bremsstrahlung, polarization      415
Bremsstrahlung, role in electron showers      690
Brillouin zones      400
Brillouin zones, influence on electrical properties      402
Canonical equations (Hamilton)      48 92 106—107
Canonical momenta      92
Carbon cycle      709
Center-of-mass system in nuclear reactions      492 493
Center-of-mass system, defined      39
Center-of-mass system, speed      39 49
Characteristic radiation      see "X rays"
Charge density, defined      41
Charge density, transformation law for      42 46
Charge, continuity equation for      43
Charge-current, 4-vector      43
Chemical binding, directional character      298
Chemical binding, homopolar      288
Chemical binding, ionic (heteropolar)      288 295
Chemical binding, measure of character      296
Chemical binding, saturation properties      297
CM system      see "Center-of-mass system"
Collision broadening (spectra)      285
Collision excitation of atoms      281
Complex atoms, energy-level diagrams      272
Complex atoms, Hamiltonian function for      256
Complex potential      see "Nuclear models"
Compound nucleus      563 610
Compound nucleus, excitation energy      573
Compton collision      40 432
Compton cross section      433
Compton scattering      432
Compton scattering, viewed in space time      674
Conduction band      386
Conservation laws in nuclear reactions      567 see
Conservation, energy      37
Conservation, energy in radiative transitions      227
Conservation, mass-energy      37
Conservation, momentum      34 37 568
Conservation, momentum-energy      37 568
Conservation, parity      569
Conservation, probability      112
Correspondence principle      88 105
Cosmic radiation, "soft" component      697
Cosmic radiation, composition      681
Cosmic radiation, discovery and gross properties      680 689
Cosmic radiation, energy spectrum      682
Cosmic radiation, nuclear collisions by      682 684 687
Cosmic radiation, origin      699
Cosmic radiation, primary      681
Cosmic radiation, production of $^{14}C$ and $^{3}H$ by      523 697
Cosmic radiation, radioactivity induced by      697
Cosmic radiation, secondary      688
Cosmic radiation, secondary, electron showers      689 690
Cosmic radiation, secondary, general features      688
Cosmic radiation, secondary, nucleonic cascades      688
Coulomb barrier      524 567 583 584
Coulomb excitation      562 563 566
Covariance of Maxwell's equations      6
Covariance of physical laws      12 28
Critical energy      691
Cross section, definitions      577
Cross section, differential      579
Cross section, geometric      580
Cross section, lab vs. CM      579
Cross section, partial      578
Cross section, resonance      577
Cross section, Thomson      429
Cross section, total interaction      578
Crystal lattice, direct      445
Crystal lattice, one-dimensional      392
Crystal lattice, primitive vectors      440
Crystal lattice, reciprocal      445
Crystal lattice, reciprocal vectors      445
Crystal lattice, spacing of atoms in      438
Crystal lattice, types      438 439
Crystal lattice, unit cell      438
Crystal planes, Miller indices      448
Crystal structure factors      451
Crystals, electron energy states in      378
Crystals, periodicity properties      391
Curie (unit of radioactivity)      518
Current density, 4-vector      43
Current density, 4-vector, transformation      46
Current density, defined      41
D'Alembertian operator      43
de Broglie wavelength      81
Degeneracy      116
Degeneracy and statistical weight      116
Degeneracy, removal      116 118
Delta function      109
Delta rays      501
Delta, Kronecker      21
Deuteron      611
Deuteron, ground-state wave function      613
diatomic molecules      see "Molecules"
Diffraction (X-ray)      435
Diffraction (X-ray), Bragg conditions      437 447
Diffraction (X-ray), Laue equations      444
Dineutron      611
Dirac equation      664
Dirac theory for electrons      661
Disintegration constant      515
Displacement law      276
Donor atoms      387
Doppler broadening      284
Doppler effect (relativistic)      14 38
effective mass      400
Eigenfunction of a coordinate      108
Eigenfunction of energy, for independent systems      122
Eigenfunction of momentum, nonquantized      109
Eigenfunction of two or more quantities      110 111
Eigenfunction, definition      108
Eigenfunction, degenerate      116
Eigenfunction, orthogonal      114
Eigenfunction, orthogonal, expansion in terms of      115 122
Eigenfunction, permissible (conditions)      108
Eigenfunction, quantized      110
Eigenstates (stationary)      111
Eigenstates (stationary), transitions between      120
Eigenvalues, as only possible result of exact measurement      115
Eigenvalues, equation for      108
Einstein condensation      373
Einstein frequency condition      73
Einstein photoelectric equation      68
Einstein — Bose statistics, applications, liquid helium      368
Einstein — Bose statistics, applications, photon gas      365
Einstein — Bose statistics, distribution law for      335 339
Einstein — Bose statistics, general properties      342
Elastic system, classical treatment      212—214
Elastic system, quantum treatment      214
Electric dipole, selection rules      206 see
Electrodynamics, quantum      669
Electrodynamics, relativistic (classical)      40
Electrodynamics, relativistic (classical), field equations      40 44
Electromagnetic charge density      41
Electromagnetic current density      41
Electromagnetic equations      40 44
Electromagnetic field tensor      44
Electromagnetic force      40
Electromagnetic potentials      41 46
Electron      624
Electron capture      544
Electron configuration (notation)      236
Electron gas (energy distribution)      351
Electron showers (cosmic ray)      690
Electron spin      see "Spin"
Electron, Dirac theory      661
Electron, equivalent      264 267
Electron, magnetic moment      185
Electron, magnetic moment, anomalous      677
Electron, radius (classical)      50
Electrostatic effect      550 553
Elements, formation of      710
Emission, induced      223
Emission, spontaneous      223 228
Energy loss (ionization)      494
Energy loss (ionization), primary      501
Energy loss (ionization), secondary      501
Energy units      48
Energy, relativistic      36
Energy, relativistic, conservation      37
Energy, relativistic, critical      691
Energy, relativistic, kinetic      37
Energy, relativistic, self- (rest)      37
Energy, relativistic, total      36 37
Energy, stellar      708
Equivalent electrons      264
Equivalent electrons, LS terms for      267
Ether hypothesis      3
Event (relativity)      10
Exchange correlation      258
Exchange forces      244
Exchange forces in nuclei      616
Exchange invariance of Hamiltonian      237
Exchange operator, properties      238
Exchange symmetry of wave functions      236
Exchange symmetry of wave functions, observable effects      239
Exchange symmetry of wave functions, rules for      236
Excitation of atoms, mechanisms      280
Excitation of nuclei      479
Exclusion principle, early form      236
Exclusion principle, exchange symmetry rules      236
Expectation value, change with time      106 111
Expectation value, defined      95
Fermi energy      341
Fermi gas      350
Fermi gas, energy distribution for      351
Fermi gas, nuclear model      699
Fermi level      341
fermi particles      239
Fermi theory of $\beta$ decay      532
Fermi theory of cosmic-ray acceleration      704
Fermi — Dirac statistics, applications      350
Fermi — Dirac statistics, applications, contact potential      354
Fermi — Dirac statistics, applications, electronic specific heat      360
Fermi — Dirac statistics, applications, electronic-energy distribution      351
Fermi — Dirac statistics, applications, theory of metals      350
Fermi — Dirac statistics, applications, thermionic emission      355
Fermi — Dirac statistics, applications, Thomas — Fermi atomic model      362
Fermi — Dirac statistics, distribution law for      335 339
Fermi — Dirac statistics, general character      340
Feynman diagram      672
Field oscillators      216
Field tensor      44
Field, electromagnetic, equations      40
Field, electromagnetic, equations, transformation      46
Field, electromagnetic, of moving charge      46
Field, electromagnetic, tensor      44
Fine-structure constant      200
Fission      597
Fission, stability against      555
1 2 3 4
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2017
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте