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| Mihalas D., Mihalas B.W. — Foundations of Radiation Hydrodynamics |
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| Ïðåäìåòíûé óêàçàòåëü |
 -method 383
Aberration 325 467 492
Ablation front 618—622 624
Absolute derivative (see Intrinsic derivative)
Absolute space 129—130
Absolute temperature 2—3
Absolute tensor 667
Absorption coefficient (see Opacity)
Absorption mean opacity 362 473
Absorption, cross section 331—332
Absorption, Probability 329—330
Absorption, True (thermal) 326
Acceleration, Fluid 55—57
Acceleration, Four 138—139
Acceleration, Radiative 629—645
Acceleration, Terms in comoving-frame transfer equation 434—437 445—447 468-471
Accretion, flow 301 557 603—607
Accretion, Shock 301 603—607 610
Acoustic cutoff, Frequency 193 598
Acoustic cutoff, Period 288
Acoustic waves 169—184
Acoustic waves, Conductive 179—184
Acoustic waves, Gravity-modified 190—226
Acoustic waves, In radiating fluid 521—536
Acoustic waves, Numerical simulation of 266—268
Acoustic waves, Radiation-dominated 521—536
Acoustic waves, Radiation-modified 528 638
Acoustic waves, Radiative amplification 535—536
Acoustic waves, Viscous 179—184
Acoustic-gravity waves 184—226
Acoustic-gravity waves, In isothermal atmosphere 190—201 536 540
Acoustic-gravity waves, In radiating fluid 536—549
Acoustic-gravity waves, In solar atmosphere 102 540—545
Acoustic-gravity waves, Mainly damped 538
Acoustic-gravity waves, Mainly propagating 538
Acoustic-gravity waves, Radiatively damped 536—549
Adaptive mesh 288 433 484 604—606
Adiabatic exponent 9—10
Adiabatic exponent, Effective, in radiating fluid 525
Adiabatic exponent, Generalized 50—53
Adiabatic exponent, Ionizing gas plus thermal radiation 322 324
Adiabatic exponent, Perfect gas plus thermal radiation 320 322
Adiabatic exponent, Thermal radiation 319—320
Adiabatic, Acoustic-gravity waves 184—226
Adiabatic, compressibility 5 9—10
Adiabatic, Compression or expansion of radiation 474—475
Adiabatic, Exponent 9—10
Adiabatic, Exponent, generalized 52
Adiabatic, Flow of ideal fluid in 79
Adiabatic, process 4 6
Adiabatic, Sound speed 171—173 181—182 228 525 534
Amplification factor 269
Amplification matrix 271
Amplification of waves, radiative 535—536
Amplitude functions, wave 180 197 202 541—542
Angular momentum, conservation of 17 72
Artificial viscosity 86—88
Artificial viscosity, Tensor 283—285
Artificial viscosity, von Neumann — Richtmyer 273—275 483 485
Associated tensor 670—671
Atmosphere, finite 344
Atmosphere, Grey 355—359
Atmosphere, Isothermal 74 190—201 288—291 536 540 586—591
Atmosphere, Nongrey 359—366
Atmosphere, semi-infinite 344 346—349
Atmosphere, Shock propagation in 586—591
Atmosphere, Solar 193—194 201 217—226
Atmosphere, spherical 344 350—353
Atmosphere, stellar 201
Atmosphere, Thermal response of solar 519—521
Atmospheric resonance 192—193
Atom, Equivalent two-level 401
Atom, Multi-level 401—407
Atom, two-level 396—398
Avogadro's number 3
Axial vector 661
Backward Euler scheme 277 394 460 480 486
Barotropic flow 76
Basis 670—671
BBGKY hierarchy 15
Bernoulli — Euler equation 76
Bernoulli’s equation 76 297
Bimolecular collision frequency 97
Binary collisions 11—24
Black body 317—318
Black body, Flux from 318—319
Blast wave 291—294 602
Blowoff 618
Body force 68—77
Body force, Work done by 77—81
Boltzmann equation 11—15 102—106
Boltzmann equation, Chapman — Enskog solution of 107—126
Boltzmann equation, collisionless 14
Boltzmann Equation, moments of 102—106
Boltzmann equation, Photon 418 439 463
Boltzmann excitation formula 41 386—389
Boltzmann H—Theorem 28—29
Boltzmann H—Theorem, Interpretation of 47
Boltzmann number 410 527—528 575
Boltzmann number, Analogy with Peclet number 410
Boltzmann statistics 37—48
Boltzmann transport equation 14 22
Boltzmann's relation 35—37
Boost matrix 136
Bound-bound absorption-emission process 329 330 332—333
Bound-free absorption-emission process 331—333
boundary conditions 77—81
Boundary conditions, In Feautrier method 376
Boundary conditions, In numerical simulations 279
Boundary conditions, Radiation transfer 343—349 368—370 405
Boundary conditions, Spherical geometry 379—380 405
Boundary layer 77 94
Break-out, shock 294
Breeze, stellar 299—301
Bremsstrahlung 332 585
Brinkley — Kirkwood theory 265
Brunt — Vaisala frequency 185 191 212 213 219
Brunt — Vaisala frequency, Temperature-gradient and ionization effects on 212—213
Bulk viscosity 83
Buoyancy energy density 189 200
Buoyancy force 184 185
Buoyancy frequency 191 212
Buoyancy oscillations 184—186
Caloric equation of state 80 149
Carl 659—661 679—681
Cauchy — Stokes decomposition theorem 64 68
Cauchy — Stokes decomposition theorem, Relativistic generalization 162
Cauchy’s equation of motion 71 73 86
Cavity, chromospheric 220
Cell, phase space 35—37
Cell, phase space, Number of quantum states in 37—49
Central force 15—24
Chapman — Enskog solution 107—126
Chapman — Enskog solution, Eucken correction 117
Chapman — Enskog solution, Heat flux vector 113
Chapman — Enskog solution, Limitations of 115—116
Chapman — Enskog solution, Relation to radiation diffusion 309 351 461—471
Chapman — Enskog solution, Viscous stress tensor 114
Chapman — Iouguet hypothesis 617—618
Characteristic equation 65
Characteristics, method of 81 273 591
Charge conservation 31—33 392
Charles and Gay — Lussac law 2
Christoffel symbol 85 426 439 441 447 449 674—677 680
Circulation 62 77
Circulation theorem, Kelvin 76—77
Circulation-preserving flow 76—77
Closure problem 340 455—456 481—494
Coefficient of 351
Coefficient, Adiabatic compressibility 5
| Coefficient, Bulk viscosity 83
Coefficient, Dynamical viscosity 83
Coefficient, Isothermal compressibility 5
Coefficient, Kinematic viscosity 87
Coefficient, Radiative viscosity 464 466
Coefficient, Shear viscosity 83
Coefficient, Thermal conduction 90
Coefficient, Thermal expansion 5
Cofactor 657
Collective photon pool 402
Collision, Cross section 18
Collision, Frequency, bimolecular 97
Collision, Integral Alternative forms 23—24
Collision, Integral Basic form 21—22
Collision, Integral for photons 418—420
Collision, Probability 96—99
Collision, Rates 390
Collision, Time 97 98
Collisionless Boltzmann equation 14
Collisions, binary 11—24
Column mass 75 369
Combustion wave 617—618
Comoving frame 138 144 325—329 432 494
Complete linearization method (see Linearization method)
Compressibility, Adiabatic, coefficient of 5
Compressibility, Adiabatic, in perfect gas 10
Compressibility, Isothermal, coefficient of 5
Compressibility, Isothermal, in perfect gas 9
Compression ratio 235 560 581—582
Compressional energy 177—179 189 200
Conditional present 135
Conditional stability 269—273
Conduction wave, Linear 550
Conduction wave, Nonlinear 551
Conduction, Coefficient of 90 96—102 117—126
Conduction, radiative 351 465
Conduction, thermal 90 96—102 107—117
Conduction, thermal, Effects of excitation and ionization 116 117
Conduction, thermal, Flux-limiting of 302
Conduction, thermal, Fourier’s law 90 166
Conduction, thermal, In ionized gases 124—126
Conduction, thermal, In relativistic flow 162—164
Conduction, thermal, In shocks 244—250
Conduction, thermal, In wind 295—296 301—302
Conduction, thermal, Wave damping by 179—184
Conductivity, Radiative 351 465
Conductivity, Spitzer — Harm 302
Conductivity, thermal 551
Conductivity, Thermal: Chapman-Enskog formulae 117—126
Conservation law's, Angular momentum 72
Conservation law's, Energy 77—81 88—93 102—106 150-152 337—341 421—503
Conservation law's, Entropy 79 166
Conservation law's, For equilibrium flow 106—107
Conservation law's, General, from Boltzmann equation 102 106
Conservation law's, In ionization front 614
Conservation law's, In radiating fluid 426—432 448—503
Conservation law's, In shock 231—259 557—585
Conservation law's, Linearized 170 187—189
Conservation law's, Mass 60—62 102—106 145-146
Conservation law's, Momentum 70 86—88 102—106 150-152 166—167 337—341 421-503
Conservation law's, Particle flux 146
Conservation relation, discrete form 268 277—287 484—489
Conservation theorem, Boltzmann equation 103
Constant flux approximation 554
Constitutive relations 80 147—149
Continuity, equation of 60—62 102—106 145—146
Continuity, Linearized 170 187—188
Continuity, Relativistic 146
Continuity, Species 389
Continuum absorption coefficient (see Opacity)
Continuum, Gas as 11—15
Continuum, Ionization 48
Contraction, tensor 655—656
Contravariant, tensor 664 666
Contravariant, vector 664—666
Convective stability 185
Coronal expansion 295—296
Coulomb force 29—35 123—126
Courant, Condition 270 280 489
Courant, Limit 280
Courant, Time 285
Covariance 129—130 651
Covariance of laws of physics 129—130
Covariant, derivative 676—679
Covariant, tensor 664—666
Covariant, vector 664 666
Crank — Nicholson scheme 277
Critical, In radiatively-driven wind 638
Critical, In shock 234
Critical, In wind 297
Critical, Points, multiple in wind 303
Critical, Radius 297 636—639
Critical, Shock 570
Critical, Solution 298 636—639
Cross section, absorption 331—332
Cross section, collision 18 390
Cross section, differential 18—21
Curvature effects 490
Curvature of spacetime, intrinsic 152
Curvilinear coordinates 73—74
Cutoff frequency, Acoustic 193 538
Cutoff frequency, Gravity-wave 538
Cutoff procedure for 31—34
Cycle, Irreversible 7—8 232—233 245—248 585
Cycle, Reversible 7—8
Cycle, Schatzman 585
Cycle, thermodynamic 7—8
Cycle, Weymann 585 594
D-front 611—627 (see also Ionization fronts)
Dalton’s law of partial pressures 27
Damped acoustic waves 180—183
Damped acoustic waves, Equilibrium diffusion regime 525
Damped acoustic waves, Radiatively-damped thermal fluctuations 514
DeBroglie wavelength 12
Debye length 32 124 255
Decomposition theorem, Cauchy — Stokes 64 68 162
Decomposition theorem, Eckart 160 462
Deflagration 617—618
Deflection time 30 33
Degeneracy, degree of 37
Degeneracy, Hydrogen bound state 48—49
Degenerate, gas 160
Degenerate, States 37
Degree of freedom 251—254
Degree of ionization 50—53 251
Density scale height 190 213
Density, Gas 2—3
Density, Hydrogen plasma 50—53
Density, Of proper mass in lab frame 145—146
Density, Of relative mass in lab frame 145—146
Density, Power law 588
Density, proper 145—146
Departure coefficients 394 401
Derivative, absolute 676—679
Derivative, Comoving 56 145
Derivative, covariant 57 676—679
Derivative, Eulerian 56
Derivative, Fluid-frame 56
Derivative, intrinsic 57 145 676—679
Derivative, Lagrangean 56 145
Derivative, material 56
Derivative, Pfaffian 440
Derivative, Proper time 144—145
Derivative, substantial 56
Detailed balance, principle of 24 387 391
Determinant 656—658
Determinant, Jacobian 664 666
Detonation 617—618
Diagnostic diagram 191—194 220—221
Difference equations (see Finite difference equations)
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