|
|
 |
| Àâòîðèçàöèÿ |
|
|
|
| Ïîèñê ïî óêàçàòåëÿì |
|
|
|
|
|
|
|
 |
|
|
|
| Mihalas D., Mihalas B.W. — Foundations of Radiation Hydrodynamics |
|
|
|
| Ïðåäìåòíûé óêàçàòåëü |
Differential cross section 18—21
Differential cross section, Invariance properties 20—21
Differential, Exact thermodynamic 4
Differential, Inexact thermodynamic 4
Diffusion time, radiation 342 353 447 449 458 478
Diffusion, radiation 341—353 421—481
Diffusion, radiation, Dynamic 343 352 431 447 458
Diffusion, radiation, Equilibrium 457—472
Diffusion, radiation, Eulerian 461
Diffusion, radiation, Flux-limiting of 458 478—481
Diffusion, radiation, Multigroup 476—477
Diffusion, radiation, Nonequilibrium 458 472—478 555—557
Diffusion, radiation, Relation to Chapman-Enskog solution 309 351 461—468
Diffusion, radiation, Second-order 458—459
Diffusion, radiation, Static 341—343 350—353 457-459
Diffusion, radiation, Time-dependent 341—342 353 479—481
Dilatation 67—68
Direct mean opacity 475
Discrete ordinates, method of 358 555
Discrete-space method 383 497
Dispersion relation, Acoustic waves in radiating fluid 523 525 531
Dispersion relation, Acoustic-gravity waves 190—191
Dissipation zone 250 582 584
Dissipation, By radiative viscosity 469
Dissipation, function 89 91—92 284 469
Dissipation, In shocks 236—239 241—259
Dissipation, In waves 179—184
Dissipation, viscous 88—93
Distinguishable particles 38
Distribution function, Boltzmann 37—48 386—389
Distribution function, equilibrium 37—48
Distribution function, Invariance of 153 312
Distribution function, Maxwellian 24—28
Distribution function, Particle 14 153 387—388
Distribution function, Photon 311—312 414 418—420 439 463
Distribution function, Photon, for black-body radiation 463
Distribution function, Saha — Boltzmann 48—49 386—389
Divergence 659—661 679—681
Divergence theorem 662—663
Doppler, Core, of spectral line 327
Doppler, Shift, effect on opacity 325
Doppler, Shifts 333 410 413 474
Doppler, Width 399
Drift instability 549 645
Driven harmonic disturbance 179—184 521 549
Dual, tensor 661—662
Dynamical friction 30
Dynamical time (see Fluid-flow time)
Eckart covariant material heat-conduction vector 465
Eckart decomposition theorem 160 163 462
Eddington approximation 357 377 481 510—519 526—535
Eddington factor (see Variable Eddington factor)
Eddington variables 341
Eddington — Barbier relation 346 611
Eddington — Krook boundary condition 367
Eddington-limit luminosity 628—630
Effective temperature 351
Eigenvectors 514
Einstein coefficients 329—330
Einstein relations 329—30
Einstein — Milne relations 331
Electron avalanche 258
Electron-isothermal shock 257
Ellipsoid, rate of strain 68 91
Emission coefficient (see Emissivity)
Emission, induced 329 332
Emission, spontaneous 329 332
Emission, stimulated 329 332 391
Emission, thermal 235—239 333
Emissivity 325
Emissivity, Anisotropy in lab frame 326
Emissivity, Continuum 331—333
Emissivity, Invariant 414 419 438—443 463
Emissivity, Isotropy in comoving frame 326 413—414
Emissivity, Line 329—330 333
Emissivity, Lorentz transformation of 413—414
Emissivity, Thermal 326 333
Energy conservation, numerical 280—282 489
Energy density, Material 155—156 177—179 189 200
Energy density, Radiating fluid 322 324 468
Energy density, radiation 351—352 317—318
Energy dissipation 82—85 89—90
Energy dissipation, In shocks 236—239 241—259 585-596
Energy dissipation, in waves 179—184 521—549
Energy equation, From kinetic theory 105—106
Energy equation, Gas 77—31 89 92 151 186—187 429 430 449 454 478 484 499 522 527
Energy equation, Linearized 170 187—188
Energy equation, mechanical 77—78 89 429—430
Energy equation, Radiating fluid 429—432 451—455 460 468 499
Energy equation, Radiation 337 422—426 431—432 435 446 450 472 482—483 484 487 491 495 499 502 527
Energy equation, Relativistic 164—166
Energy equation, Total 77—78 89 93 105—106 150 164 166 429—430 451—452
Energy equation, Wave 177—179 186—187
Energy flux density 78 157—159
Energy flux, Material 78 88 178 189 200
Energy flux, Radiating fluid 468
Energy flux, Radiation 313 346—348 416 449—450 459—460 462—466 472
Energy flux, Total 452 468—469
Energy flux, Wave 177—179 189 538
Energy, Buoyancy 189 200
Energy, Compressional 177—179 189 200
Energy-exchange time 30 33
Energy-exchange time, Implications for shock structure 255—256
Enthalpy, Ionizing gas 51
Enthalpy, Nonequilibrium gas 395
Enthalpy, Perfect gas 9 26
Enthalpy, Perfect gas plus thermal radiation 321
Enthalpy, Radiating fluid 321 469 471
Enthalpy, relativistic 148
Enthalpy, specific 6 26
entropy 7—8
Entropy conservation, equation of 79 90 91 165—166
Entropy flux density 79 166
Entropy generation, By radiation conduction 469
Entropy generation, By radiative viscosity 469
Entropy generation, By thermal conduction 89—91
Entropy generation, By viscosity 89—91
Entropy jump in shock 236 247—248
Entropy, From partition function 45
Entropy, Perfect gas 9—10 27 45 47
Entropy, Perfect gas plus thermal radiation 320 321
Entropy, Relation to thermodynamic probability 36—37
Entropy, specific 7—8 45
Entropy, Themal radiation 319
equation 90 165
Equation of continuity 60—62 104—105 146
Equation of continuity, From kinetic theory 104
Equation of continuity, Linearized 170 187
Equation of continuity, relativistic 146
Equation of entropy conservation 79 90 91 165—166
Equation of motion, Cauchy’s 73
Equation of state, caloric 80
Equation of transfer (see Transfer equation)
Equation, In shocks 236—239 241—259
Equations of radiation hydrodynamics, Comoving frame 448—455
Equations of radiation hydrodynamics, Consistency of 452—455 503
Equations of radiation hydrodynamics, Diffusion limit 457—481
Equilibrium, Flow 106—107
Equilibrium, hydrostatic 74—75 404
Equilibrium, Local thermodynamic 310 328 332—333 386—389
Equilibrium, Radiative 338 403
Equilibrium, statistical 386 389—402 614
Equilibrium, thermodynamic 3—8 310 316
Equipartition of energy 27
Equipartiton of 27
Escape probability, photon 399
Eucken correction 117
Euler expanion formula 58—60
Eulerian 426—432 477—478
Eulerian time derivative 56
| Eulerian, Inertial frame 426—432
Eulerian, Lagrangean 448—455 457—494
Eulerian, Mixed frame 422—423 494—500
Eulerian, Quasi — Lagrangean 428—431
Eulerian, Shock frame 558—559 614—615
Eulerian, VERA form 476—478 500—503
Euler’s 73
Euler’s equation of motion 70—77
Euler’s equation of motion, Linearized 170 187—188
Euler’s From kinetic theory 104—105
Euler’s Linearized 170 187
Euler’s Navier — Stokes 86 108 167
Euler’s Radiating fluid 428—429 448—449 452 455 460 468 483 485 499
Euler’s Relativistic 151—152 166—167
Evanescent waves 193 204—207
evaporation 618
Event 133
Exchange mode 515—519
Excitation 41
Excitation, Gravitational 189 200
Excitation, Inertia of 142
Excitation, Relativistic 142 155—158
Excitation, Rest 142
Excitation, Tonization 48
Excitation, Translational 26 44
Excitation, Wave 177—179 189 200
Exclusion principle, Pauli 44
Expansion, Euler formula 58—59
Explosion, Nova 285
Explosion, Point 291—293
Explosion, Radiation-driven 622—627
Explosion, Supernova 293 596—602
Exponential integral 347—348
Expressed in terms of various state variables 186—187
Expressed in terms of various state variables, For equilibrium radiation 319
Expressed in terms of various state variables, For material in radiating fluid 449
Expressed in terms of various state variables, For perfect gas plus thermal radiation 320
Expressed in terms of various state variables, For radiating fluid 450 460 469 471 511
Expressed in terms of various state variables, For radiation 450 460
Expressed in terms of various state variables, Gas energy equation as 78—79
Extinction coefficient (see Opacity)
Extreme relativistic 159
Extreme relativistic, Ionizing gas 50—53
Extreme relativistic, Ionizing gas plus thermal radiation 322 324
Extreme relativistic, Linearized 525
Extreme relativistic, Perfect gas 2 43—45
Extreme relativistic, Perfect gas plus thermal radiation 320 322
Extreme relativistic, Relativistic, material 159
Extreme relativistic, Thermal radiation 319—320
Feautrier method 374 380 406—407 496
Field, scalar 651
Field, tensor 651
Field, vector 651
Finite difference equations, Backward Euler 277
Finite difference equations, Complete linearization 403—406
Finite difference equations, Equations of hydrodynamics 266—288
Finite difference equations, Equations of radiation hydrodynamics 485—489 494—503
Finite difference equations, explicit 268 276 277—285
Finite difference equations, Heat-conduction equation 275
Finite difference equations, implicit 276—277 285—288
Finite difference equations, Radiation diffusion 457—481
Finite difference equations, Radiation transfer 371
Finite difference equations, Stability of 269—273
Finite difference equations, Statistical equilibrium equations 389—395
Fireball 622
First law of thermodynamics 3—7
Flame 617
Flame front 617
Flame, ionization 611—627
Flame, Shock 227—259 557—55
Flame, Thermal 549—557
Flow velocity 56
Flow, Accretion 410 488 603—607
Flow, barotropic 76
Flow, Circulation-preserving 77
Flow, Equilibrium 106—107
Flow, Eulerian description 55
Flow, homentropic 79
Flow, incompressible 61 76
Flow, irrotational 62 77
Flow, isentropic 79
Flow, Lagrangean description 56
Flow, laminar 94
Flow, Near ionization front 615—627
Flow, Nonequilibrium 107—126
Flow, potential 75—76 170—172
Flow, Radiation 341—385
Flow, steady 61 76 80—81 93 296—297 452
Flow, subsonic 96 298
Flow, supersonic 96 298
Flow, transonic 96 295—301 627—645
Flow, turbulent 94
Flow, viscous 86—93 102—106 107-126
Fluctuations, thermodynamic 41—43
Fluid 58 68 162
Fluid displacement 185
Fluid frame (see Comoving frame)
Fluid, Heat-conducting 88—93 96—106 107-126
Fluid, ideal 55—81 106—107
Fluid, Maxwellian 84 102—106 107—117
Fluid, Newtonian 83
Fluid, Non — Newtonian 72
Fluid, Nonideal 70 82—127
Fluid, Nonpolar 72
Fluid, Polar 72
Fluid, Radiating 426—432 448—549 557-645
Fluid, Real 70
Fluid, stokesian 83
Fluid, viscous 70 82—85 89 102—106 107-126
Fluid-flow time 250 342 426—455 479
Flux mean opacity 361 457—481
Flux, Emergent from blackbody 318—319
Flux, Emergent from star 351
Flux, In diffusion regime 350—353 457—481
Flux, radiation 313—314
Flux-limiting, In supernova simulation 601
Flux-limiting, Radiation diffusion 458 478—481
Flux-limiting, Thermal conduction 302
Fokker — Planck equation 30—34 125
Force density, Four 149 417—418
Force density, Newtonian 147 149 427
Force density, Radiation 417—418
Force, body 68—81 88
Force, buoyancy 184—185
Force, central 15—24
Force, Coulomb 29—35 123—126
Force, density of 149
Formal solution of transfer equation 343 349 373
Four acceleration 139 161
Four force 141
Four force, Density 149 417—418
Four force, Radiation 417
Four momentum 140
Four momentum, Photon 143 412—413
Four tensor 137
Four vector 136—137
Four velocity 138
Four, Gravitational 74—75
Four, Line 627—645
Four, Power-law 123
Four, Radiation 339 417—418 627—645
Four, Surface 68 77 88
Four, Viscous 82—85 97 467
Fourier’s law of heat conduction 90
Fourier’s law of heat conduction, Relativistic form 166
Frame, Comoving 138 144 325 432—494
Frame, inertial 129 421—426
Frame, Mixed 423 494—503
Frame, Noninertial 420
Frame, Proper 138 144
|
|
|
| Ðåêëàìà |
|
|
|
|
|
Î ïðîåêòå