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Frank J., King A., Raine D.J. — Accretion Power in Astrophysics
Frank J., King A., Raine D.J. — Accretion Power in Astrophysics



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Название: Accretion Power in Astrophysics

Авторы: Frank J., King A., Raine D.J.

Аннотация:

Focusing on close binary systems containing compact objects and on active nuclei, the authors describe the physical processes at work in accretion discs and other accretion flows, beginning with why accretion is a source of energy. They then present the gas dynamics and plasma concepts necessary for astrophysical applications. Accretion in stellar systems is then covered, including accretion onto compact objects. Further chapters treat accretion in active galactic nuclei and describe thick accretion discs. A new chapter discusses recently discovered accretion flow solutions. Updated and expanded, this edition includes new material on disc instabilities, irradiated discs, disc warping, and general accretion flows. Suitable for advanced undergraduates, graduate students, and researchers.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 3rd edition

Год издания: 2002

Количество страниц: 398

Добавлена в каталог: 09.12.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Photon—photon interactions      281
PKS 0558—504      224
Planetary rings      66
Plasmas, collisions in      26
Plasmas, definition      23
Plasmas, neutrality      23 25
Plasmas, plasma frequency      24
Plasmas, plasma oscillations      24
Plasmas, relaxation and equipartition      32
Plasmas, stopping of fast particles      32
Pointing vector      291
Polarization      216 246 268 271 274
Polecap fraction      152 160—162 193 194 196 197
Polecap fraction, in AM Her systems      171 175 192
Poloidal stress      320
Poloidal velocity      296 309 320
Primary star      53 54 56 58—62 77—79 133 139—141 144
Pseudo-barotrope      301
Pseudo-Newtonian potential      325 340 354 363
Pulsing X-ray source      73 156 162—166 172—174 193 201 203 205 206 211
Pure rotation      298 306 314 320
Quasars      213 221 355
Quasars, type 2      217
Quasi-stellar objects      214
Quasi-stellar sources      214
Radial drift velocity      50 83 88 90 94 149
Radiation pressure      3 89 53 95—98 114 116—118 336 154 193 197 200 201 204 206
Radiation, flux      10
Radiation, intensity      10
Radiative cooling      324
Radio cores      272 275
Radio galaxies      214 218 220
Radio lobes      225
Radio sources      213 224 246 267
Radio spectrum      268
Radio-loud      219
Ram pressure      40
Rankine — Hugoniot conditions      44
Redshift      220 221 223
Relativistic electrons      270 279
Relativistic panicles      289
Relaxation in plasmas      31
Relaxation time      30 231
Resonance      139 143—147
Reverberation mapping      259
Reynolds number      69 70
Rigid (solid-body) rotation      68 69
Roche geometry      54 55 59
Roche lobe      51—59 62 76—78 94 101 139 141 143 336
Roche lobe overflow      352 353
Roche lobe, overflow      48 49 53 54 58 60 75 77 75
Roche potential      50 51 59 352
Rosseland approximation      10
Rosseland mean opacity      176 189 326
S-curve      330
Scaleheight, disc      110 124 129 139 148 154
Scaleheight, photospheric      58
Schwarzschild radius      34 325 326 335
Schwarzschild solution      234
Secondary star      53—62 77 78 99 101 108 109 125 127 128 139—141 143—145 147
Self-absorption      273
Semi-detached binary      53
Settling flows      19 41 339
Seyfert 1      214 216 221
Seyfert 2      214 216 219 221 255
Seyferts      272
Sgr A*      228 334
Shapiro, Lightman and Eardley (SLE) solution      322 332
Shear viscosity      37
Shock formation      42
Shock front      35
Shock temperature      46
Shock tube      41 42
Shock waves      14 36 41
Shock waves, entropy change      46
Shock, jump conditions      44
Similarity solutions      332
Slim discs      284 319 321—323 325 342 354
Soft X-ray excess, AM Her systems      187 189—191
Soft X-ray transients (SXTs)      132—135 139 147 163 165 266 330 336
Sound speed, adiabatic      13
Sound speed, isothermal      13
Sound waves      12
Spectral index      243
Spectral slope      248 268 279 281
Spectrum      217
Spherical accretion      238
Spin period, for intermediate polars      167 169
Spin period, for X-ray binaries      162 163 165
Stability      325 326 331
Stability, local      331
Stability, thermal      326 331
Stability, viscous      326 331
Standard model      257 260
Standard solution      326 327 334 336 340 342 343
Starbursts      218 234
Steady accretion flows      325
Steady adiabatic flows      11
Steady, spherically symmetric accretion      14
Stellar cluster      230
Stellar collisions      231
Stellar wind      15 18 19 48 76
Stellar wind, accretion      48 53 73
Stokes hypothesis      321
Stopping length      33
Stopping length, in neutron stars      33
Stress tensor      320 321
Strong shock      45 46
SU UMa systems      141—143 145 147
Subsonic flow      41
Supercritical accretion      245
Superhumps      139 142 143 145—148
Superluminal expansion      211 275 278
Superluminal velocities      217 224
Supermassive black hole      266
Supermassive stars      229
Supernovae      210 228 230 268
Superoutbursts      142 147
Supersoft X-ray binaries      56 78 169 211 213
Supersonic accretion flow      33
Supersonic flow      36 41
Suprathermal electrons      33
Suprathermal ions      33
Suprathermal particles      32
Surface density      80 82 83 112 113 116 117 121 123—125 134 135 147
Symbiotic stars      2
Synchrotron absorption      273
Synchrotron emission      268 269 273 279 361
Synchrotron self-absorption      277
Synchrotron-self-Compton      278
Temperature, blackbody      5
Temperature, radiation      5
Temperature, typical values      6
Temperature, virial      5
Thermal bremsstrahlung      10
Thermal conduction      37
Thermal conduction, role of electrons      37
Thermal plasmas      30
Thermal timescale, disc      112 113 119 120 124
Thermal timescale, stellar      56
Thick disc      247 296—298 303 306 308—318 338
Thick disc, stability      296 297 306 314 315 318
Thin disc      245 358
Thomson cross-section      281
Thomson scattering      2
Tidal disruption      231
Tidal forces      231
Tidal radius of accretion disc      141
Tidal torque on accretion disc      138 140 144 147
Tides      139 146
Time-dependent disc equations      115
Tori      218 265 338 363
Toroidal stress      320
Trans-sonic solutions      18
Transfer function      259
Transport phenomena      34
Trapping radius      240 323
Trojan asteroid points      52
Turbulent viscosity      37
Two-phase instability      109—111
Two-temperature disc      282
Two-temperature plasma      332 335 336 340 344
Unbound flows      338
Unified model      213 218 255 265 276
Unstable mass transfer      56
Variability      216—218 224 226 229 248 259 284
Vertical disc structure      87
Vertically averaged equations      325 364
Vertically integrated equations      323 324 336
viscosity      9 34 63—67 69 73 82 83 86 88 90 91 93 98 102 112 120 121 124 125 129 134 136 137 139 145 150
Viscosity in shocks      42
Viscosity, dynamic      321 324
Viscosity, kinematic      324 325
Viscous and pressure forces compared      36
Viscous dissipation      61 63 68—71 73 86 89 107 149
Viscous heating rate      324
Viscous instability      281
Viscous timescale      112 113 115 118 119 121 127 133 134 138
Viscous torques      63 68 76 81 83 136
von Zeipel paradox      313
W UMa stars      54
Warp of accretion disc      110 136
Weak shocks      46
White dwarfs      4
X-ray burster      152 202 203 206
X-ray dips      356
X-ray production in CVs      155—157
X-rays      217 218 221 224 244 245 247 249 255 262 282
Y-parameter      280
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