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Slater J., Frank N. — Introduction to Theoretical Physics
Slater J., Frank N. — Introduction to Theoretical Physics



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Íàçâàíèå: Introduction to Theoretical Physics

Àâòîðû: Slater J., Frank N.

Àííîòàöèÿ:

The general plan of a book is often clearer if one knows how it came to be written. This book started from two separate sources. First, it originated in a year's lecture course of the same title, covering about the first two-thirds of the ground presented here, the part on classical physics. This course grew out of the conviction that the teaching of theoretical physics in a number of separate courses, as in mechanics, electromagnetic theory, potential theory, thermodynamics, tends to keep a student from seeing the unity of physics, and from appreciating the importance of applying principles developed for one branch of science to the problems of another.


ßçûê: en

Ðóáðèêà: Ôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1933

Êîëè÷åñòâî ñòðàíèö: 576

Äîáàâëåíà â êàòàëîã: 26.04.2014

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
$\Gamma$ space      365
$\mu$-space      364
A priori probability of a group of states      370—371
Absolute zero, crystals at      472ff.
Absorption coefficient, optical      256
Absorption probabilities, relation to dispersion electrons      549
Action variable, and contact transformation      88
Action variable, relation to correspondence principle      359
Action, principle of least      342
Activation energy      490
Angle variable      see "Action variable"
Angles, Euler's      100—101
Angular momentum of rotating rigid body      92ff.
Angular momentum, in quantum mechanics      410ff.
Angular rotation, lack of vector character      100
Anharmonic oscillator      38
Anomalous dispersion      see "Dispersion"
Antisymmetry of electronic wave function      504ff.
Aphelion      62
Approximate solution for non-uniform string      147—148 see
Archimedes' principle      196
Artificial electric line, analogy to weighted string      132
Associated Legendre polynomials, or associated spherical harmonics      171 409
Atom, general discussion      406—437
Atom, model of Fermi and Thomas      535—536
Atom, perturbation theory applied to multiplets      390 518—522
Atom, repulsion and attraction between      439—452
Atomic refractivity      284
Atwood's machine      76
Auger effect      494
Average values in phase space      372
Average values, of functions of coordinates and momenta, on wave mechanics      375 380
Axis of rotation, instantaneous      99
Azimuthal quantum number      410 519
Band spectra      480 483
Barkhausen effect      557
Beats between transient and steady motion      34
Beats, with coupled oscillators      110
Bent beam      184
Bernoulli's equation      191—192
Bessel's equation and function      18 166 169 170
Bimolecular reactions      489—491
Binomial theorem      4
Biot — Savart law      233
Black-body radiation, Planck's law      395
Body forces, in elasticity      173
Body forces, in hydrodynamics      191
Bohr, correspondence principle      361
Bohr, frequency condition      360
Bohr, quantum rules      331
Bohr, theory of hydrogen      411
Boltzmann distribution law      369
Bose statistics      544
Boundary conditions, circular membrane      166
Boundary conditions, electromagnetic field      258—259
Boundary conditions, heat flow      205
Boundary conditions, rectangular membrane      161
Boundary conditions, string      122
Boundary conditions, wave mechanics, one-dimensional motion      350—351
canonical ensemble      368—369 456—458
Canonical ensemble in quantum theory      467
Capacity of parallel plate condenser      215
Center of gravity, separation of coordinates for diatomic molecule      481
Central field      61—63
Central field, electron motion in      418ff.
Central field, phase space for      82
Chandler period      99
Characteristic functions and numbers      139 151 see
Charge density      211—212
Chemical compounds      447—451
Chemical reactions      488ff.
Circular membrane      164—168
circular polarization      266
Classical statistical mechanics in phase space      364ff.
Coefficients, of Fourier series      124
Coefficients, of viscosity      193
Coherence of light      295—299
Collisions, quantum-theory treatment      402—404 488ff.
Combination tones      38
Commutation rule      380
Complex exponentials and complex numbers      22—26
Compounds, chemical      447—451
Compressibility, of crystal lattice      471ff.
Compressibility, of elastic solid      183—184
Condenser, energy in      246—247
Condenser, theory of parallel plate      214
Conduction of electricity in metals, electron theory      281
Conduction of electricity in metals, quantum theory      449 495—496 536ff.
Conductivity, specific electrical      241
Conductivity, thermal      197
Conductor of electricity, as an equipotential      215
Configuration space      83—84 117
Configuration, atomic      430
Conjugate foci      344
Conservative system, condition for      55
Constants of integration      11
Constraints      75—76
Contact transformation      87—90
Contact transformation and correspondence principle      359—361
Continuity conditions, electromagnetic wave      258—259
Continuity conditions, vibrating string      156—157
Continuity, equation of      186—187
Continuity, equation of for electric flux      237
Continuity, equation of for flow of electricity      231
Continuity, equation of relation to divergence of electric field      211
Continuous medium      120
Convection current      238
Convergence      5—8
Convergence of Fourier series      125
Coordinates, curvilinear, curl in      229
Coordinates, curvilinear, gradient, divergence, Laplacian in      199—201
Coordinates, generalized, equations of motion in      59ff. 69ff.
Cornu's spiral      320ff.
Corpuscular theory of light      329
Correspondence principle      359—363
Correspondence principle and quantum statistics      466
Coulomb's law      210
Coupled systems      107ff.
Coupled systems, application to radioactivity and collisions      402—404
Cross section of atoms, collision      404
Crystals      472ff.
Crystals, valence binding and      449
Curl of a vector      55
Curl of electric field      211
Curl, in curvilinear coordinates      229
Current, density of      231
Current, displacement      236—239
D'Alembert's equation      243
D'Alembert's equation, solution of      304
Damping of vibrating string      142—143
Damping, critical      28
Damping, logarithmic      28
Davisson and Germer, experiment of      336
de Broglie      336
Debye's theory of specific heats      478
Decrement, logarithmic      28
Deformation of elastic solid      180
Degeneracy in multiply periodic motion      363—364
Degeneracy in square membrane      168—170
Degeneracy, gas      469—470
Degeneracy, orbital, in atomic multiplets      521—522
Degeneracy, perturbation theory for      390—391
Degeneracy, spin      510 521—522
Density of energy in electromagnetic field      249—250
Density, charge      211—212
Density, current      231
Derivative, directional and partial      54
Determinant form of electronic wave functions      504
Determinant, expansion of      387
Determinantal equation for string      155
Diamagnetism      555
Diatomic molecules, electronic energy      522—523
Diatomic molecules, nuclear motion      481—485
dielectric constant      239
Dielectric constant, relation to polarization      275
Dielectric constant, temperature dependence      555
Dielectric, force in an inhomogeneous      257
Dielectrics, types of      553—554
Difference equations      129
Differential equations, general properties      10ff.
Differential equations, linear, properties      36
Differential equations, solution by Green's method      222—223
Diffraction      311—328
Dipole orientation, temperature dependence      554—555
Dipole, and dipole moment      221
Dipole, oscillating      288ff.
Direction cosines      49
Directional derivative      54
Discontinuities in functions, Fourier representation      126
Discontinuity, in electric field      214 222
Discontinuity, in electromagnetic field, boundary conditions      258—259
Discontinuity, in electrostatic potential      222
Dispersion, electron theory      270ff.
Dispersion, of electromagnetic waves in metals      256
Dispersion, quantum theory      546—549
Displacement current      236—239
Displacement, electric      239 274
Dissipation function      142—143
Dissipative forces      40
Divergence of a vector      56
Divergence of electric field      210—211
Divergence, in curvilinear coordinates      200—201
Divergence, physical meaning of      187
Double Fourier series      162
Double layer      221
Double pendulum      119
Doubly periodic motion      63—64 84—86
Doubly periodic motion in quantum theory      362—364
Dulong and Petit's law      474
Dynamic stability      103
Effective nuclear charge      425 431—432
Einstein, formula for specific heat of solids      477
Einstein, photoelectric law      330
Einstein, probability coefficients for radiation      393—399
Einstein, relation between energy and mass      252
Elastic constants      181
Elastic electronic collisions      402—403
Elastic solid      172—183
Elastic waves      179—180
Electric circuit, oscillations      20 28ff.
Electric circuit, with inductance and resistance      16
Electric conductivity      see "Conduction of electricity in metals"
Electric displacement      239 274
electric field      210—214
Electric field in spherical cavity      279
Electric moment of an atom, matrix component      376
Electromagnetic field of oscillating dipole      290—291
Electromagnetic field, energy in      246ff.
Electromagnetic field, quantization of      399
Electromagnetic field, wave equation for      243—244 253
Electromagnetic induction      235—236
Electromagnetic units      227
Electromagnetic waves, in metals      256
Electromagnetic waves, polarization of      262
Electromagnetic waves, reflection and refraction of      258ff.
Electromagnetic waves, spherical      286ff.
Electromotive force      212 250—251
Electron collisions      402—404
Electron emission from metals      352—353 539—540
Electron energy, atoms      435—437 518—522
Electron energy, metals      494—497 536ff.
Electron energy, molecules      483 522—530
Electron equivalence and exclusion principle      519—520
Electron excitation, collisions of atoms with      491ff.
Electron interactions      501ff.
Electron pair valence bond      443—444
Electron shells in atoms      425
Electron spin      443 507ff.
Electron theory and dispersion      270ff.
Electron wave functions, determinant form and antisymmetry      504—505
Electron, radius of      252
Electrostatic field, energy in      247
Electrostatic potential      211—212 222
Electrostatic problems, and potential theory      210—217
Ellipsoid of inertia      95—96
Elliptical polarization      266
Emission, thermionic      352—353 539—540
Energy density of radiation, mean value      393
Energy levels, Bohr's hypothesis      331
Energy surface in phase space      80
Energy, electrical      246—256
Energy, internal      460
Energy, mechanical      39—46 52
Energy, of activation      490
Energy, of atoms      435—437 518—522
Energy, of ionic crystals      473
Energy, of metals      494—497 536ff.
Energy, of molecules      483 522—530
Ensembles in statistical mechanics      365—369
Ensembles, canonical      368—369 456—458
entropy      460
Equation of motion, mechanical, generalized coordinates      59ff. 69ff.
Equation of motion, of elastic solid      175—176
Equation of motion, of fluid, ideal      190—191
Equation of motion, of fluid, viscous      194
Equation of motion, of motion, of membrane      160
Equation of motion, of rigid body      96ff.
Equation of motion, of string      120—121
Equation of motion, of string, in normal coordinates      140
Equation of motion, of string, variable      146—147
Equation of state of gases      454—470
Equation of state of gases, of solids      478—480
Equations, difference      129
Equilibrium, stable      45
Equinoxes, precession of      105
Equipotential surfaces      54 215
Equivalence of electrons, and exclusion principle      519—520
Ergodic motion      81
Euler, angles      100—101
Euler, equations for rigid body      98
Euler, equations of hydrodynamics      190—191
Euler, period      99
Even functions      126
Exclusion principle, free electrons      531—533
Exclusion principle, general discussion      502—516
Exclusion principle, periodic table      426
Exclusion principle, valence attraction      443—444
Expansion in normal functions for variable string      153
Expansion in wave functions      382—383
Expansion, Fourier      123—128
Expansion, Taylor's      4—5
Exponential integral function      18
Exponential solution, vibrating particle      21
Exponential solution, vibrating rectangular membrane      161
Exponential solution, vibrating string      121
Exponential, complex      22
External forces, generalized coordinates      69—70
External forces, motion under      35—36
External forces, on coupled oscillators      113
External radiation field, perturbation of atoms by      392—393
f-values for dispersion electrons      547—548
Falling body      11ff.
Faraday's induction law      239
Fermat's principle      339—342
Fermi statistics      531ff.
Fermi — Thomas atomic model      535—536
ferromagnetism      557—558
Field, vector      51
First law of thermodynamics      460
Flow, lines of      186
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