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Alloin D., Johnson R., Lira P. — Physics of Active Galactic Nuclei at all Scales (Lecture Notes in Physics)
Alloin D., Johnson R., Lira P. — Physics of Active Galactic Nuclei at all Scales (Lecture Notes in Physics)



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Название: Physics of Active Galactic Nuclei at all Scales (Lecture Notes in Physics)

Авторы: Alloin D., Johnson R., Lira P.

Аннотация:

The source of energy in Active Galactic Nuclei is commonly accepted to be gravitational energy released through accretion of matter onto a supermassive black hole. Since the discovery of the first radio galaxies and quasars in the early sixties tremendous progress has been made in unveiling, analyzing and modelling the different components in AGN: the accretion disk, the jets of relativistic particles, the X-ray absorber close to the central engine, the "torus" which funnels the ionizing radiation, the surrounding clouds of dense material in the broad-line region and narrow-line region, the cool molecular and dusty material around the torus, as well as jet-induced effects on larger scales. Yet, it remains to incorporate all these components and physical processes in a self-consistent AGN model which would take into account, and predict, all the facets of observed AGN activity. Besides discussing the elements of this "Unified Model of AGN" this book also addresses the still not entirely understood link of an AGN with its host galaxy and also the related question of the birth and growth of massive black holes in the Universe, which is of prime interest for cosmology.

The collection of lecture notes in this volume written by recognized experts in the field of Active Galactic Nuclei address students and young researchers. They are aimed at providing both an introduction and at the same time an overview of the state of the art of AGN research.



Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2006

Количество страниц: 242

Добавлена в каталог: 12.10.2014

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Absorption broad absorption lines      30 31 221
Absorptionm, free-free      109
Acceleration of particles      62
Accretion disk      4—10 35
Accretion disk, ADAF      11
Accretion disk, corona      10
Accretion disk, geometry      4 8 10
Accretion disk, spectrum      9
Accretion disk, structure      4 8
Accretion disk, temperature      6 7
Accretion disk, viscosity      7
Accretion, efficiency      3 147
Accretion, flow      143
Accretion, spherical, Bondi      3 101
Active galactic nuclei (AGN), classification      1 52 216
Active galactic nuclei (AGN), density of      201
Active galactic nuclei (AGN), environmental impact      222
Active galactic nuclei (AGN), evolution      196
Active galactic nuclei (AGN), unified model      25 62 101 102 111 114
Angular momentum, release      174
Angular momentum, specific      149 174
Auger ionization      14
Baldwin relation      80
Bars, large-scale      151 160
Bars, nuclear      169
BL Lac objects      63 67
Black holes, evidence for      77 185 211 212
Black holes, formation      219 223
Black holes, mass      89 144 213
Black holes, mass density      151
Black holes, mass-sigma relation      146 213 219 224
Black holes, properties      1 212
Blazars      70
Bloated stars      19 33 92
Broad line region (BLR)      25 77
Broad line region (BLR), model      91
Broad line region (BLR), size      86
Cen A      54 65—67
Charge exchange      14
Clumpiness      115
CO observations      104 117
Collisional excitation      16
Collisional ionization      14 15
confinement      19 25 26 64
Continuum emission      17
Cooling flow      222
Cygnus A      64
Dielectronic recombination      14
Doppler factor      47
Dust in BLR/NLR      27
Dust in torus      102 104 109 114 115
Dust, silicate feature      114
Dust, sublimation      27 103 115
Dust, Temperature      103 115
Dynamical friction      150 174
Eddington accretion rate      3
Eddington luminosity      2 81
Eddington time      3
Emission lines, coronal      27
Emission lines, profiles BLR/NLR      26 92—95
Equipartition      57 59
Faraday rotation      60 67
Faranov — Riley classes (FRI, FRII)      52 54
Fluorescence (line and continuum)      18 19
Force multiplier      23
Free-free absorption      109
Fueling, growth      2 101 143 148 151 160 169
Galaxy formation      214 217
Gaunt factor      44
H2 emission      104
HI absorption      106 108
Highly ionized gas (HIG)      30
Host galaxy      154 160
Hot intercloud medium (HIM)      19 26
Hot spots      53
Hydrostatic equilibrium      48
identifications      191 217
Inflow      151 160
Infrared emission      113
Intergalactic medium (IGM)      48 64 223
Inverse Compton scattering      42 47 61 69
Ionization, cone      102
Ionization, parameter      17 78
Isothermal gas      49
Jets, acceleration      62
Jets, composition      59
Jets, confinement      64
Jets, high power      52
Jets, interaction with external medium      48
Jets, low power      54
Jets, magnetic fields      56 63 67
Jets, speed      52 56 61
K-shell lines      19 102
Lindblad resonances      160
Line cooling      15
Lorentz factor      40 42 46 69
Luminosity function      197 212 216 219
M87      56
Mach number      52
Masers      110
Mechanical heating      16
mergers      149 156 159
Molecular gas      104 106
Narrow line region (NLR)      26 78 102
NGC 1068      104 113 118
Outflows, winds      19 22 36 94 95 175 220 222 225
Photoionization      13 78
Polarization      67 69
Radiation pressure      2 22 24
Radiation, self-Compton (SSC)      43 47 58
Radiation, synchrotron      40 56 70
Radiation, thermal      44
Radiative transfer      16 114
Radio galaxies, radio sources      52 70
Rankine — Hugoniot conditions      54
Recombination      13 14
Relativistic beaming      47 58
Reverberation mapping      27 81
Sag A*      212
Scattering      10
SCUBA sources      199 217
Shocks      52 150
Spectral energy distribution (SED)      11 113 117
Stability curve      20
Starburst      16 33 152 156 160 165 171 193
Superluminal motion      46
Surveys      185 198
Temperature, dust      103 115
Temperature, electron      78
Thermal balance      15
Thermal radiation      44
Tidal/gravitational torque      5 150 151
Torus      33 115 116
UV absorber      25
Variability of BLR      81
Variability, time delay      82
Variability, velocity-delay map      83
Viscosity, stress      7
Viscosity, torque      150 175
Warm absorber      30
X-ray, absorption      30 102 106
X-ray, background (XRB)      194 196
X-ray, Compton thick absorption      196
X-ray, emission      198 200
X-ray, space missions      185 206
X-ray, variability      113 117
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