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| Ïîèñê ïî óêàçàòåëÿì |
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| Planck M. — Introduction to Theoretical Physics |
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| Ïðåäìåòíûé óêàçàòåëü |
Pressure, kinetic theory 459ff.
Pressure, of solid 472
Principal axes, coupled systems 117
Principal axes, of inertia 96
Principal axes, of stress 175
principal quantum number 410
Principle of least action 342
Probability relations in wave mechanics 333—337
Probability, a priori 370—371
Products, of inertia 95
Products, of vectors 49—51
Progressive waves 149
Protons 407
quantum condition 353—361
Quantum defect 422
Quantum derivation of Einstein probability coefficients 395—399
Quantum hypothesis of Planck 330
Quantum number 354 410 519
Quantum statistics 466ff.
Quantum statistics, Fermi 531ff.
Quantum theory and phase space 369—371
Quasi-ergodic motion 81
Quasi-ergodic motion, quantum theory 364
Quasi-ergodic motion, statistical application 367
Quasi-stationary processes 241
Radial motion in central field 61—62
Radial wave function 409ff.
Radiation intensities and correspondence principle 363
Radiation, electromagnetic 186—300
Radiation, perturbation of atoms by 392—393
Radiation, quantization of 399
Radioactivity, quantum theory 356 402
Ramsauer effect 404
Rare earths, paramagnetism of 557
Rare earths, structure of 430
Rayleigh scattering 294
Reactance of electric circuit 33
Reactions, chemical 488—494
Rectangular membrane 160—164
Reflection, elastic waves 179
Reflection, electromagnetic waves 258—268
Reflection, waves on strings 156—158
Refraction, electromagnetic waves 258—268
Refraction, index of see Dispersion
Relaxation time 257
Resistance, specific 241 (See
Resolving power, grating 328
Resolving power, lens 325—326
Resonance 29—33
Resonance scattering 295
Retarded potentials 303—305
Rigid bodies 92—105
Rolling-ball analogy 45—46
Rotating system of axes, vectors in 97—98
Rotation, of coordinates 114—116
Rotation, of diatomic molecule 482
Rotator, quantum condition for 354
Rydberg formula 422
Rydberg number 408
Scalar potential 241—244
Scalar potential, for oscillating dipole 288—289
Scalar product, of two functions 153
Scalar product, of two vectors 49
Scalar quantities 48
Scattering, of electrons 404
Scattering, of light 293—299
Schroedinger's equation 345—346
Schroedinger's equation, including the time 381—382
Schroedinger's equation, many-body problems 432—433
Second law of thermodynamics 460
Secular equation, coupled oscillators 108
Secular equation, perturbation theory, string 155
Secular equation, wave mechanics 386—390
Selection principles for spectra 417
Self-consistent fields 430—431
Separation of variables, method of 163—165
Series spectra 416—418
Series, Fourier 120ff.
Series, power 1ff.
Several particles, general problem of motion 117
Shearing stress and strain 174 177
Shells, electronic, in atoms 425
Shielding of electrons in atoms 425—437
Simple harmonic vibrations 19ff.
Singularity of function 5
Sleeping top 105
Solenoid, energy in 249
Solenoid, magnetic field in 231
Solids, dispersion in 278—280
Solids, elastic 172—183
Solids, physical properties 471—480
Sources and sinks 186
Specific conductivity 241
Specific heat, of gases 460—461
Specific heat, of molecules 483
Specific heat, of solids 476—478
Specific resistance 241
Spectra, of atoms 407—418 435—437 509—520
Spectra, of molecules 480 483
Spectral analysis of a light wave 298—299
Spectral series, nomenclature 416—418
Spectral terms 331
Spherical electromagnetic waves 286—299
Spherical harmonics 202—203
Spherical harmonics, associated, or associated Legendre polynomials 171 409
Spin degeneracy 510—514
Spin of electron 443 507ff.
Spontaneous radiation 393 399—402
Square membrane, degeneracy 170
Stability, dynamic 103
Stable equilibrium 45
standing waves 149
| Stark effect 550
Stationary states 331
Stationary states and perturbation theory 400—402
Statistical interpretation of wave theory 332—333
Statistical mechanics 364—371 454—470
Steady flow, of fluids 187
Steady flow, of heat 198—202
Stokes's theorem 229—230
Strains in elastic solid 172—183
Streamlines 186
Stresses in elastic solid 172—183
String, vibrations 120—158
Structure of atoms 425ff.
Subshells of electrons in atoms 429
Sum of states 468
Superposition of transient and forced motion 33—35
Surface charge density 212
Surface forces 173
Symmetrical top 102—104
Symmetry of stress tensor 175
Temperature dependence, of chemical reactions 491
Temperature dependence, of electron energy in metals 538—540
Temperature dependence, of polarizability and dielectric constant 555
Temperature gradient 197
Temperature vibrations of a crystal 474—480
thermal conductivity 197
Thermal conductivity, effect of electron distribution on 539
Thermal equilibrium and canonical ensemble 457
Thermal expansion, definition of coefficient 471
Thermal pressure in solids 479
Thermionic emission 352—353 539—540
Thermodynamics, laws of 460
Thomson G.P., electron diffraction 336
Thomson J.J., scattering of light 295 548
Top, precession 92 102—104
torque 92—93
Torque, due to shearing stresses 174—175
Torque-free motion of symmetrical rigid body 98—99
Total reflection 265—267
Transformation, contact and point 87
Transient flow of heat 203—208
Transients, initial conditions for 29
Transition probabilities 393—397
Transition probabilities, and selection principles, for atoms 416
Transition probabilities, for molecules 483
Transverse waves in elastic solid 176—178
Traveling waves 132 149
Tubes of flow 186
Turbulent flow 189
Two-center problem, wave functions 527—528
Two-dimensional oscillator 84—86
Two-dimensional oscillator, relation to coupled systems 114—117
Types of substances, classification 447ff.
Uncertainty principle 333—339
Uncertainty principle, relation to phase space 370—371
Unit vectors 48
Unit vectors, in function space 138
Units, electrical 227
Valence, homopolar 442—449
Valence, in hydrogen molecule 526
Van der Waals' equation 464—466
Van der Waals' force 440—441 551—553
Variable mass, relativistic 78
Variable tension and density of string 146ff.
Variables, in quantum theory 362
Variables, separation of 163
Variation, of an integral 339
Variation, of constants, method of 391—392
Vector 48—56
Vector model for angular momentum 415
Vector operations in generalized coordinates 199—201 229
Vector potential 231—232 241—243
Vector potential, for oscillating dipole 289—290
Velocity field of flowing fluid 185—186
Velocity of light 243—244 270ff.
Velocity potential 188ff.
Vibrations, of coupled systems 107—118
Vibrations, of crystals 474—478
Vibrations, of elastic solids 172—180
Vibrations, of membranes 160—170
Vibrations, of molecules 480—481
Vibrations, of particles 19—36
Vibrations, of strings 120—158
Virial coefficients 464
viscosity 192—194
Volt-electron, definition 408
Wave equation, for electromagnetic field 243—244 253
Wave equation, for membrane 164
Wave equation, in polar coordinates 171
Wave equation, in wave mechanics see Schroedinger's equation
Wave functions, central-field problem 418—423
Wave functions, determinant form 504—505
Wave functions, hydrogen 418—423
Wave functions, linear oscillator 357
Wave functions, two-center problem 527—528
Wave mechanics, general principles 335—343
Wave mechanics, many-body problem in 423—433
Wave mechanics, one-dimensional motion in 346—356
Wave normal 253—254
Wave packet 337—338
Waves, elastic 176—180
Waves, electromagnetic see Electromagnetic waves
Waves, on strings 132 149—151 156
Waves, progressive and standing 149
Weighted string 131 136
Wentzel — Kramers — Brillouin method 347—356
Work 41
Work function for metals 543
Work, as a scalar product 52
X-ray series, nomenclature 425 437
Young's modulus 182
Zeeman effect 556
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