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Collins G.W. — Fundamentals of Stellar Astrophysics
Collins G.W. — Fundamentals of Stellar Astrophysics



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Название: Fundamentals of Stellar Astrophysics

Автор: Collins G.W.

Аннотация:

This textbook designed for advanced undergraduate students covers the foundations and principles in the field, and gives the necessary background for advanced courses. Beginning with a survey of some of the fundamentals of statistical mechanics, Collins builds up the physics of stellar structure step by step, showing where complexities arise due to the failure of assumptions. Annotation copyright Book News, Inc. Portland, Or.


Язык: en

Рубрика: Физика/Астрономия/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2003

Количество страниц: 525

Добавлена в каталог: 17.06.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Relativistic stellar structure      150
Relativistic units      150
Residual flux      331 342
Residual intensity      331 342
Resonance line      333
Resonance scattering      333 425
Reynolds number      196
Rhodes, E. J., Jr.      221
Ricci tensor      151
Riemann curvature tensor      151
Roche model      194
Rossby waves      220
Rosseland mean opacity      296 303 311
Rosseland mean opacity, defined      83
Rosseland mean opacity, derived      305
Rotation and pulsation      206
Rotation, matrix for Stokes parameters      443
Rotation, rigid      179
Rotational broadening of spectral lines      367
Rotational broadening of spectral lines, function for      369
Rotational energy      59
Rotational energy as a barrier to star formation      115
Rotational mixing, stability against      198
Rotational potential      179
Rotational potential in cylindrical coordinates      192
Rotational profile      368
RR Lyrae stars      212
Ruderman, M.      159
Saha ionization equilibrium equation      293 316
Saha — Boltzmann equation      358
Salpete, E. E.      135 158
Scalar curvature      151
Scattering      236 241 325
Scattering, albedo      274
Scattering, angle for photons      448
Scattering, line      333
Scattering, plane for photons      448
Schmid — Burgk, J.      286
Schrodinger equation      215
Schuster — Schwarzschild atmosphere      335 386 412
Schuster — Schwarzschild curve of growth      385
Schwarzschild — Milne integral equations      257 260 413
Schwarzschild — Milne integral equations for polarization      454
Schwarzschild — Milne integral equations for the diffuse field      436
Schwarzschild — Milne integral equations for the gray atmosphere      265
Schwarzschild, K., metric      152 168
Schwarzschild, K., radius      153 157 163
Schwarzschild, M.      102
Schwarzschild, M., opacity      84 124
Schwarzschild, M., stability criterion      98
Schwarzschild, M., variables      103
Self-broadening      377
Semi-infinite plane      232
Shajn, G.      367
Shear instabilities      195
Shu, F. H.      439
Silicon burning      138
Simple harmonic oscillator      216
Simpson’s rule      266
Slater, J. C.      351
Sneden, C.      426
Sobolev, V. V.      470
Solar atmosphere      228
Solberg — Heiland instability      198
Solomon, P. M.      474
Sound travel time      119
Source function      236 240 254 256
Source function for complete redistribution      413
Source function for polarized radiation      445
Source function for Stokes parameters      459
Source function for the gray atmosphere      264
Source function for the two-level atom      405 406 408
Source function gradient      343
Source function gradient and polarization      466
Source function gradient, determination of      261
Source function, nongray      275
Special relativity      161
Specific heat, definition of      44
Specific intensity      233 237
Spectral lines      230
Spectral lines, effects of polarization on      467
Spectral type, opacity sources for      299
Speed of sound      62 157 476
Spherical atmosphere      280
Spherical harmonics      215
Spherical metric      152
Sphericality factor      283
Splines      276
Spontaneous absorption      301
Spontaneous emission      300
Sreenivasan, S. R.      140
Stability of pulsation      206
Stability to convection      98
standing waves      209
Stark components      383
state variables      4
Static (statistical) broadening theory      370
Static (statistical) broadening theory, limits for      384
Statistical equilibrium      6
Statistical equilibrium and the two-level atom      405
Statistical mechanics      4
Statistical weight      13 293
Statistical weight for an electron      295
Stellar luminosity      113
Stellar masses      113
Stellar radii      113
Stellar rotation      175 189 194 195 367
Stellar rotation, broadening of lines      367
Stellar spectra      299
Stellar spectra, effects of incident radiation      439
Stellar temperature      14
Stellar wind      469
Stellar wind, radiation driven      470
Stewart, A.      297
Stibbs, D. W. N.      401
Stimulated absorption      300
Stimulated emission      300
Stirling’s formula      11
Stokes parameters      442
Stokes parameters, propagation of      445
Stokes scattering matrix      457
Stokes time derivative      17
Stokes, G. G.      440 442
Strand, K. Aa.      126
Stress energy tensor      151 152
Strict thermodynamic equilibrium      87 311
Strict thermodynamic equilibrium, breakdown in the atmosphere      228
Strict thermodynamic equilibrium, defined      8
Strict thermodynamic equilibrium, relation to LTE      15
Strict thermodynamic equilibrium, relation to the Planck function      14
Strict thermodynamic equilibrium, relation to the Rosseland mean opacity      306
Strong scattering line      339
Struve model for stellar rotation      367
Struve, O.      367
Summation convention, Einstein      150
Sun      29 262
Supergiants      280
Supermassive stars      165
Supermassive stars, limiting mass for      168
Supernovae      139 150 250
Sweet, P. A.      190
Symmetry and the Feautrier method      279
Tau perturbation equation      322
Taylor — Proudholm theorem      180
Temperature dependence of nuclear reactions      74
Temperature dependence on depth dependence      261
Temperature distribution, correction of      318
Temperature distribution, initial value for      437
Temperature gradient      343
Temperature gradient and polarization      462
Temperature perturbation equation      323
Temperature variation from limb-darkening      262
Thermal Doppler broadening      358
Thermal emission      236 238
Thermal equilibrium      238
Thermal time      63
Thermalization length      410
Thermodynamic equilibrium      229
Thermodynamic equilibrium and radiative flux      87
Thomson cross section for electron scattering      85
Thomson scattering      85 264
Thomson scattering in a magnetic field      450
Thomson — Rayleigh scattering      457
Thorne, K. S.      150 154
Time scales      61
Time scales, Kelvin — Helmholtz      63
Tooper, R. F.      165
Toroidal field      183
Toroidal oscillations      219
Torsional oscillations      220
Total energy      59 166
Total flux      263
Transition probability      81
Transmission function (nuclear)      70
Triple-$\alpha$ process      74 133 171
True absorption      333
Truran, J. W.      140
Turbulent broadening by macroturbulence      365
Turbulent broadening by microturbulence      360
Turbulent flow      196
Turbulent viscosity      197
Tutukov, A. V.      136
Two-level atom and stellar winds      472
Two-level atom with continuum      407
Two-level atom without continuum      403
Two-level atom, radiative transfer in      404
Two-level atom, rate equations for      405
Ueno, S.      297
Ulrich, R. K.      221
Unsold, A.      369
Upper main sequence      128 136
Upper main sequence, stars      128
Upper main sequence, terminal evolution of      138
van der Waal’s broadening      376
Variance      18
Variational virial theorem      203
Vertical shear instabilities      197
Virial of Claussius      25
Virial theorem      19 26 58 142 195 202
Virial theorem and the Chandrasekhar — Schoenberg limit      131
Virial theorem and the Jean’s length      114
Virial theorem for relativistic stars      161 166
Virial theorem, development from the Boltzmann transport equation      24
Virial theorem, variational form      203
Voigt function      386 389 426
Voigt function, definition of      364
Voigt function, shifted      423
Voigt profile      373
Volume emissivity      238
von Zeipel, H.      187
von Zeipel, H., law of gravity darkening      189 192
von Zeipel, H., theorem      187
W Virginis stars      213
Wallerstein, G.      140
Walraven, Th.      203
Water waves as gravity waves      218
Wave equation for radiative flux transport      249
Wavelength dependence of polarization      461
Weak scattering lines      345
Webb, T.      297
Weisskopf, V.      355 374
Weisskopf, V., radius      375 378
Wheeler, J. A.      150 154
White dwarf stars      29 114 134 161 164
Wick — Chandrasekhar method      268
Wick’s solution for the gray atmosphere      271
Wigner, E.      355
Wilson, W. J. F.      140
Woolley, R. v. d. R.      401
Worley, C. E.      126
Wruble, M.      390
Zeeman effect      369
Zero-age main sequence      126
Zeroth moment      see also Conservation of mass
Zeroth moment of the equation of transfer      249
Zeroth moment, velocity moment of the Boltzmann transport equation      19
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