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| Mihalas D., Mihalas B.W. — Foundations of Radiation Hydrodynamics |
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| Ïðåäìåòíûé óêàçàòåëü |
Star, Electron-ion system 49
Star, Formation 621
Star, Free electron 48
Star, Hydrogen 49
Star, O-type 621—622 629—645
Star, O-type, Boltzmann number in 529
Star, Statistical equilibrium, equations of 386 389—402 614
Star, Statistical weight 37—48
Star, Wolf — Rayet-type 628
Statistics, Boltzmann 41—43
Statistics, quantum 44 45
Steady How 61 76 80—81 93 296—297 452
Stefan — Boltzmann constant 319
Stefan’s law 318
Stellar, Correction factor for opacity 331—333
Stellar, Evolution theory 641
Stellar, Pulsation 287 293 410 470—471 486 490
Stellar, Stimulated emission 329 332 391
Stellar, Structure equations 352—353 452 459
Stirling’s formula 39
Stokes hypothesis 84
Stokes relation 84
Stokesian fluid 83
Stokes’s theorem 663—664
strain (see Rate of strain)
Strdmgren sphere 622—624
Streakline 58
Stream tube 58
Streaming, radiation 316 341 353—355 424—426 427 431 447—448 453
streamline 58 75
Stress tensor 68—70
Stress tensor, Newtonian fluid 82—85
Stress tensor, Radiation 314 416 468
Stress tensor, Radiation viscous 468
Stress, Fluid 68—70
Stress, hydrostatic 70
Stress, mean 83 315 105
Stress, normal 70 105
Stress, principal 67 83
Stress, radiation 314 416 468
Stress, shear 70
Stress-energy tensor, Material 148 158—159 162—164
Stress-energy tensor, Radiating fluid 426—427 459 462—465
Stress-energy tensor, Radiation 414—418 459 461 465
Strong-collision time 33
Subcritical shock 565—570 576
Subsonic flow 96 298
Subsonic flow, Behind shock 235
Subsonic flow, Near ionization front 615—627
Summational invariants 16 103
Supercritical shock 570—573
Supernova, Explosion 293 436 596—602
Supernova, Presupernova 602—603
Supernova, Remnant 602—603
Supersonic flow 96 298
Supersonic flow, In front of shock 235
Supersonic flow, Near ionization front 615—627
surface 68
Surface force 68—77
Surface force, Work done by 77—81
Surface, Tangential 70
Surface, Work done by 77 88—90
Symmetry of 71
Symmetry of, Viscous 70 105 114
Symmetry, tensor 655
Tangent ray method 380—383 491 497
Tangential stress 70
Telegrapher’s equation 515—516
Temperature fluctuations, radiative damping 507—521
Temperature overshoot, postshock 253 272 276 572 576—577
Temperature, absolute 2
Temperature, Critical (for shock) 570
Temperature, effective 351
Temperature, kinetic 25 105 110
Temperature, Material 159 458 463 467
Temperature, Perfect gas 2
Temperature, Proper 149
Temperature, radiation 473 606
Temperature-gadient and ionization, effects on 220—221
Tensor components, Coefficient of 90 101 107—126
Tensor components, Contravariant 664—666 670—671
Tensor components, Covariant 664 666 670—671
Tensor components, Effects of excitation and ionization 116 117
Tensor components, Electron 257
Tensor components, Flux-limiting of 302
Tensor components, Fourier’s law 90 166
Tensor components, In ionized gases 124—126
Tensor components, In relativistic flow 163
Tensor components, In shocks 244—250
Tensor components, In wind 299—301 301—302
Tensor components, Physical 664—666 670—671 672—673 679 681
Tensor components, Tetrad 440
Tensor components, Tetrad frame 440
Tensor components, Thermal conduction 89—90 96—106 113 114
Tensor components, Wave damping by 179—184
Tensor, absolute 667
Tensor, Associated 670—671
Tensor, contraction 655—656
Tensor, contravariant 664 666
Tensor, covariant 664—666
Tensor, Divergence of 679—681
Tensor, dual 661—662
Tensor, Equations, covariance of 129—130
Tensor, field 651
Tensor, Form of artificial viscosity 283—285
Tensor, Form of radiation energy and momentum equations 447
Tensor, Four 137
Tensor, Indices 670—671
Tensor, Levi — Civita 64 673—674
Tensor, metric 134 137—138 667—670
Tensor, mixed 664 666
Tensor, Momentum flux density 73 104 147 158 415
Tensor, product 654—655
Tensor, projection 148 160 465
Tensor, Radiation pressure 319 351 416 462 468
Tensor, Radiation stress 314 416 468
Tensor, rank 654—655
Tensor, rate of strain 65 82—85 162 466
Tensor, Reciprocal 667
Tensor, relative 667
Tensor, rotation 65 83 161
Tensor, Stress, material 68 82—85 102—106 155
Tensor, Stress, radiation 344 414—417 468
Tensor, Stress-energy, material 147—149 158 159 162—164
Tensor, Stress-energy, radiating fluid 426—427 459 462—465
Tensor, Stress-energy, radiation 414—418 459 461 465
Tensor, symmetry 655
Thermal conductivity, Spitzer — Harm 125
Thermal coupling parameter 366 400
Thermal diffusivity 525 550
Thermal equilibrium (see Thermodynamic equilibrium)
Thermal expansion, coefficient of 5
Thermal expansion, Perfect gas 9
Thermal instability 513 608
Thermal relaxation mode 510 514 519
Thermal waves 181—184 549—557
Thermalization depth 367 399—400
Thermalization length 367—368 399—400
Thermally-driven wind 295—304
Thermodynamic 2
Thermodynamic equilibrium 3—8 310 317 318 319—320
Thermodynamic equilibrium, Local (LTE) 310 328 332—333 386—389
Thermodynamic probability 35 39
Thermodynamic state variables 2—3
Thermodynamic temperature 2
Thermodynamics, first law of 3—7 186—187 319—320 449 450 460 511
Thermodynamics, Relation to statistical mechanics 37
Thermodynamics, second law of 7—8 166 236—239 570
Thermoelectric effects 125
Thermonuclear energy release 353 449 452 460 469 484 486
| Time dilation 133
Time of relaxation 29
Time, absolute 129
Time, Courant 285
Time, Deflection 30 33
Time, Dilation of 133
Time, dynamical 342
Time, Energy-exchange 30 33
Time, Fluid-flow 250 342 424 426 428—432 437 447 449 453—456 458 486
Time, Inelastic collision 388
Time, Kelvin Helmholtz 286
Time, Nuclear 285 451 488
Time, Photon-fiight 342 513
Time, proper 133
Time, Radiation diffusion 342 353 424—426 447 449 458 478
Time, Radiation-flow 342 424—426 430 437 445 447 479
Time, Radiative cooling 602
Time, Radiative recombination 388
Time, Radiative relaxation 509 519 522 537 538 541—543
Time, relaxation 29
Time, retarded 349
Time, Self-collision 34 388
Time, Strong-collision 33
Time, universal 129
Timelike interval 134
Total energy equation, Material fluid 78 89 106
Total energy equation, Radiating fluid 429—430 451—452 460 469 471
Total energy equation, Relativistic 150 164—167
Trace 655—656
Trace, tensor 65 83 655—656
Trajectory, photon 419 432 440
Transfer equation, Boundary conditions 344 368
Transfer equation, Comoving-frame 432—448
Transfer equation, Conservative form 434—435 491
Transfer equation, Coupling to conservation relations 402 407
Transfer equation, Covariance of 418—419
Transfer equation, Diffusion limit 350—353
Transfer equation, Discrete-ordinates method 358 555
Transfer equation, Discrete-space method 383
Transfer equation, Feautrier method 374 375 369 380
Transfer equation, Finite difference equqtion 371 402
Transfer equation, Formal solution 343—349 373 382 489 492
Transfer equation, Grey 355—366
Transfer equation, In resonance continuum 400—401
Transfer equation, Inertial-frame, for moving fluid 421—426 433
Transfer equation, Integral relations 345—348
Transfer equation, Lagrangean 420 443 445
Transfer equation, Line 396—402 492
Transfer equation, Linearized 402—407
Transfer equation, Lorentz transformation of 411—426 432 438 500
Transfer equation, Mixed frame 422—423 461 494 498 500
Transfer equation, Model Lagrangean 489
Transfer equation, Moments of 337—386 422 435—436 481 483
Transfer equation, Multigroup 495—499
Transfer equation, Operator formulation 346—348
Transfer equation, Planar geometry 334 346—349 366—378
Transfer equation, Rybicki method of solution 377—378
Transfer equation, Second-order form 369—373
Transfer equation, SN-method 383
Transfer equation, Spherical geometry 335 378—386 433 437 491
Transfer equation, Streaming limit 353—355
Transfer equation, Time-dependent 333—335 348—349
Transfer equation, Wave, limit 353—355
Transformation, admissible 665
Transformation, Galilean 129
Transformation, Lorentz 129—138 412 126 432—438 462 465 500—501
Transformations 137
Transmitting boundary 279
Transonic flow 96 295—301 627—645
Transport coefficients, evaluation of 117 126
Transport phenomena 96—102 107—126
Transport theorem, Reynolds 60 62
Trapping, wave 207—208
Tube, Stream 58
Tube, vortex 62—63
Tunneling, wave 204 207
Turbulent flow 94
Two-level atom 396—402
Two-level atom, Equivalent 401
Two-stream approximation 357
Two-temperature description of radiating fluid 473
Unconditional stability 269—273
Universal gas constant 2
universal time 129
Upstream differencing 270
Upwind differencing (see Upstream differencing)
Variable Eddington factor 316 341 350 354 375 406 456 479 481 484 489 490 497 503 607
Variational Principle 118—120
Vector, axial 661—2
Vector, contravariant 664—666
Vector, covariant 664 666
Vector, Curl of 659—661 679—681
Vector, divergence of 659—661 679—681
Vector, field 651
Vector, Four 136
Vector, Length of (magnitude) 652
Vector, null 144 412 439
Vector, polar 661—662
Vector, product 658—659
Vector, Pseudo 661—662
Vector, Scalar product of 653 671—672
Vector, triple product 658—659
Velocity gradient 64 83 161
Velocity gradient tensor, In Newtonian stress tensor 83
Velocity gradient tensor, Newtonian 64
Velocity gradient tensor, Relativistic 161
Velocity, critical 234 297 638
Velocity, fluid 56
Velocity, Four 138—139
Velocity, group 175—177 193—197
Velocity, Packet 176
Velocity, potential 62 170 537 541
Venting, shock 294
VERA method (see Radiation hydrodynamics equations
Viscosity, artificial 86—88
Viscosity, bulk 83 115
Viscosity, coefficient of 83
Viscosity, dilatational 83
Viscosity, dynamical 83 101 107—126
Viscosity, Evaluation of 117—126
Viscosity, fundamental role of in shocks 244
Viscosity, kinematic 87 242
Viscosity, radiative 461 466—467
Viscosity, second 83
Viscosity, shear 83 101 115 117—126
Viscosity, Tensor 283—285
Viscous energy, dissipation 88—92
Viscous energy, In shock 241—244
Viscous energy, In waves 179—184
Viscous flow 86—93 102—106 107—126 241 242
Viscous force 82—85 97 467
Viscous pressure 86 90 275 278—279 485
Viscous shock 242—244 597
Viscous stress tensor, From kinetic theory 105 114—115
Viscous stress tensor, General 70
Viscous stress tensor, Newtonian fluid 83
Viscous stress tensor, Radiating fluid 468
Viscous stress tensor, Radiation 465—466
Viscous stress tensor, Relativistic 163
Viscous stress, material 70 82—83 105 1 14 163
Viscous stress, radiative 468
Vlasov equation 14
Volume 3 667—670
Volume ratio 247
Volume ratio, Limiting 247 564
Volume, Invariant volume element 670—671 133
Volume, material 60
Volume, specific 3
Von Neumann stability analysis 269 486
von Neumann — Richtmyer 273—275 283 285
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