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| Collins G.W. — Fundamentals of Stellar Astrophysics |
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| Предметный указатель |
 , ion 264
, opacity 298
, opacity in A to F stars 299
 Cephei stars 221
 theorem 38 113 160 169
 Cephei 201
Scuti stars 213
 mechanism 214
 iteration scheme 319
 operator 455
operator, definition 260
A to F stars, opacity of 299
Abbot, D. C. 474
Absorption 237 see
Absorption by an electric dipole 352
Absorption coefficient 119
Absorption coefficient, atomic 80 297
Absorption coefficient, atomic line 349 361 373 381 383
Absorption coefficient, determination from limb-darkening 262
Absorption, the classical view 81
Absorption, the quantum view 81
Abundance see also Mean molecular weight
Abundance, determination of 385 390
Adiabatic, change 45
Adiabatic, collisions 377
Adiabatic, exponents 209
Adiabatic, gradient 91 94 122 170 191
Adiabatic, pulsation 204 215
Albedo, scattering 274
Aller, L. H. 135
Anderson, L. 439
Angle-averaged redistribution functions 421
Angular momentum and rotational distortion 180
Angular momentum and star formation 116
Appenzeller, I. 171
Approximate formulas for polarization 456
Arfken, G. 181
Asymptotic behavior of T(1), with scattering 326
ATLAS atmosphere program 276 318 436
Atomic absorption coefficient 80
Atomic abundance determination of 385
Atomic abundance from curve of growth 390
Atomic line absorption 80
Atomic line absorption from impact phase-shift theory 371
Atomic line absorption from static theory 381
Avrett — Krook scheme for incident radiation 436
Avrett — Krook scheme for temperature correction 320
Avrett, E. H. 320
Axial symmetry 177 184
B stars 264
Backwarming 425
Baroclinic instabilities 199
Bashkin, S. 140
Binding energy 161 170
Black Dwarf 136
Black hole 139 170
Blackbody 14 311 see
Bohm, K. H. 403
Bohr, N. 67
Bohr, N., atom 298
Boltzmann excitation formula 292 293 391
Boltzmann transport equation 15 26 248 311 474
Boltzmann transport equation and Liouville’s theorem 17
Boltzmann transport equation and radiative transfer 233
Boltzmann transport equation and the Euler — Lagrange flow equations 23 161
Boltzmann transport equation and the radiative gradient 87
Boltzmann, L. 15
Bose — Einstein statistics 10 229
Bound-bound absorption 80
Bound-bound absorption, atomic transitions 67 230 330
Bound-free absorption 80
boundary conditions 102
Boundary conditions for a relativistic star 153
Boundary conditions for the finite atmosphere 255
Boundary conditions for the gray atmosphere 271
Boundary conditions for the spherical atmosphere 284
Boundary conditions in the stellar interior 104
Breit — Wigner dispersion formula 69
Bremsstrahlung 80
Broadening of degenerate energy levels 383
Broadening, collisional 369
Broadening, linear stark effect 376
Broadening, macroscopic 365
Broadening, microturbulent 360
Broadening, natural 350
Broadening, pressure 370
Broadening, quadratic stark effect 376
Broadening, radiation 350
Broadening, self- 377
Broadening, statistical 378
Broadening, thermal Doppler 359
Broadening, van der Waal’s 376
Brunish, W. M. 140
Budge, K. G. 108
Buerger, P. F. 436 437 439 455
Buoyancy force 93 195 see
Burbidge, E. M. 140
Burbidge, G. R. 140
Capriotti, E. R. 168 178
Carbon burning 138
Carnot engine 211
Carpenter, K. G. 430
Cassinelli, J. P. 367 474 476
Castor, J. I. 213 472 474
Central depths of lines 343
centripetal acceleration 180
Cepheid variables 201 206
Chandrasekhar — Schfinberg limit 130 132 136
Chandrasekhar, S. 57 163 287 384 425 449 460 466
Chandrasekhar, S., degeneracy of an electron gas 30
Chandrasekhar, S., discrete ordinate method 268 390
Chandrasekhar, S., mass-limit for white dwarfs 32 132 134 159 165
Chandrasekhar, S., mean opacity 305
Chandrasekhar, S., polarized radiation 435 440 444 461
Chandrasekhar, S., two-stream approximation 337
Chandrasekhar, S., virial approximations 24 203
Charge conservation for the rate equations 409
Chemical composition 78 292 427
Chemical composition for supermassive stars 171
Chemical composition, gradient in stars 197
Christoffel symbols 151
Circular frequency 350
circular polarization 442 453
Circulation velocity 190 194 197
Classical damping, constant 352
Classical damping, width of a spectral line 354
Classical oscillating dipole 351
Classical path approximation 374 378
Classical radius of the electron 85
Classical solution for the radiative transfer equation 254
Classical solution for the semi-infinite atmosphere 256
Classical solution for the spherical radiative transfer equation 285
Claussius, R. J. E. 24
CNO cycle 73 168
Code, A. D. 440
Coefficient of limb-darkening 261
Coefficient, Einstein 300 301 349 359 405
Coherent scattering 241
Collins, G. W. II 161 203 206 367 455
Collision cross section 78 402
Collision frequency 375
Collision probability 72
Collisional broadening 374 377
Collisional damping constant 373
Collisional ionizations 402
Collisionally dominated spectral lines 409
Complete ionization for the stellar interior 484
Complete redistribution 412 471
Compound nucleus 66
Conduction 95
| Conduction, flux of 96
Conduction, transfer by 78 95
Configuration space 18
Conservation laws 18 311
Conservation of energy and distorted stellar structure 176 190
Conservation of energy and relativistic stellar structure 155
Conservation of energy in stellar winds 474
Conservation of energy in the stellar atmosphere 231
Conservation of energy in the stellar interior 90 101 104 106 142
Conservation of mass 36
Conservation of mass and distorted stellar structure 176 187
Conservation of mass and relativistic stellar structure 155
Conservation of mass in the stellar interior 101 104 106
Conservation of mass, during stellar pulsation 203
Conservation of momentum 23
Conservation of momentum in stellar winds 474 see
Conservation of momentum in the stellar interior 101 104 106
Conservative, forces 184
Conservative, processes 241
Continuity, for fitting polytropes 51
Continuous opacity 296
Continuum 230
Continuum, spectrum 331
Convection 91 120 170 191
Convective core for upper main sequence stars 129 197
Convective element 93 218
Convective energy transport 78 91 101 104
Convective gradient 95 170 see
Convective stability 97
Convective stability and evolution 122 124 127 129 133
Convolution integral 361 373 see
Cooling time for white dwarfs 136
Cowling model 105
Cowling, T. G. 217
Cox, J. P. 30 65 73 121 135 208 212 217
Creation rate 19 23 236
Critical angular velocity 194
Cross section, collisional 375
Cross section, geometrical 68
Cross section, nuclear 68
Cross section, Thomson 85
Curvature (metric) 151
Curve of growth 385
Curve of growth for Milne — Eddington model 390
Curve of growth for Schuster — Schwarzschild model 385
Curve of growth, abundance from 390
Curve of growth, damping section 389
Curve of growth, Doppler velocity from 390
Curve of growth, excitation temperature from 391
Curve of growth, flat section 388
Curve of growth, linear section 387
Damping constant 373 426
Damping profile 68 354 356
Damping wings 364 388
Davidson, K. 139
Davis, R. 73
Debye shielding 384
Degeneracy for electrons 28
Degeneracy of a neutron gas 158
Degeneracy, parameter 30 164
Degeneracy, partial 30
Degeneracy, relativistic 29 160
Degeneracy, total 28
Degenerate, core 132
Degenerate, gas 27 135
Degenerate, level splitting 376
Degree of polarization in a gray atmosphere 461
Degree of polarization in spectral lines 467
Degree of polarization, approximate formulas for 461
Degree of polarization, definition of 443
Degree of polarization, wavelength dependence of 461
Delta function 241 366 415 435
Density depth 313
Density for an isothermal sphere 49
Density of energy 22 25 88 152 244
Density on equipotential surfaces 188 199
Density, central 37 45 159
Density, column 386
Density, local particle 20 244 372
Density, mean 35
Density, polytropic 45
Density, variation of 204
Departure coefficient 407
Detailed balancing 301 400 406
Detailed balancing and Hummer’s case IV 416
Deubner, F.—L. 216
Deutch, A. J. 139
Deuterium, fusion of 126
Diffuse radiation field 435
Diffuse radiation field for Stokes parameters 445
Diffusion 195
Diffusion approximation 249 251 267 277 279 282
Diffusive instabilities 199
Dilution factor 473
Dipole moment, quantum mechanical values of 385
Dipole, radiation from 83
Dirac, P. A. M., delta function 241 366 415 435
Dirac, P. A. M., Fermi — Dirac statistics 11
Discrete ordinates 268
Discrete ordinates and moments of the radiation field 270
Disney, M. 119
Dispersion profile 68
Dispersion theory 354
Dispersion, effect of radiative transfer 235 454
Dissipative forces 196
Distortion by rotation 179
Distortion, structure equations 176
Divergence theorem 25
Doppler broadening 357 426
Doppler broadening of spectral lines 357
Doppler broadening, combined with radiation damping 362
Doppler broadening, macroscopic 365
Doppler broadening, microscopic 358
Doppler broadening, rotational 367
Doppler broadening, thermal 358
Doppler broadening, turbulent 365
Doppler half-width 360
Doppler motion and partial redistribution 416
Doppler velocity from the curve of growth 390
Double-Gauss quadrature scheme 269
Dwarf Cepheids 213
Dynamical time scale 35 61 142 171
Early-type stars, opacify of 299
Early-type stars, polarization in 467
Eddington — Sweet circulation currents 187 190 197
Eddington — Sweet time scale 194
Eddington, A. S. 96 203 250
Eddington, A. S., approximation 250 267 314 322 340
Eddington, A. S., approximation in polarization 459
Eddington, A. S., factor 282 459
Eddington, A. S., limit 167
Eddington, A. S., luminosity 167
Effective temperature 121 228 267 312 434
Effective temperature, defined 249
Efficiency of the transport mechanisms 97
Eigenvalues for the gray atmosphere 273
Eigenvalues for the gray atmosphere, equation for the gray atmosphere 269
Einstein coefficients 300 349 405
Einstein coefficients, f value 359
Einstein coefficients, relations for 301
Einstein field equations 151
Einstein summation convention 150
Einstein tensor 151
Elastic scattering 67
Electron 10
Electron, classical radius 85
Electron, conduction 128
Electron, cross section for scattering 85
Electron, degeneracy 28
Electron, pressure 315
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