Accretion discs, jets and high energy phenomena in astrophysics: Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique
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| Format: | Tagungsbericht Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Les Ulis [u.a.]
EDP Sciences
2003
Berlin [u.a.] Springer |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XXXII, 625 S. Ill., graph. Darst. |
| ISBN: | 2868837026 3540201718 |
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| 245 | 1 | 0 | |a Accretion discs, jets and high energy phenomena in astrophysics |b Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |c ed. by Vassily Beskin ... |
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Datensatz im Suchindex
| _version_ | 1804135436597067776 |
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| adam_text | ECOLE D ETE DE PHYSIQUE DES HOUCHES SESSION LXXVIII, 29 JULY-23 AUGUST
2002 NATO ADVANCED STUDY INSTITUTE EURO SUMMER SCHOOL ECOLE THEMATIQUE
DU CNRS ACCRETION DISCS, JETS AND HIGH ENERGY PHENOMENA IN ASTROPHYSICS
DLSQUES D ACCRETION, JETS ET PHENOMENES DE HAUTE ENERGIE EN
ASTROPHYSIQUE EDITED BY VASSILY BESKIN, GILLES HENRI, FRANGOIS MENARD,
GUY PELLETIER AND JEAN DALIBARD SCIENCES LES ULIS, PARIS, CAMBRIDGE
SPRINGER BERLIN, HEIDELBERG, NEW YORK, BARCELONA, HONG KONG, LONDON
MILAN, PARIS, TOKYO PUBLISHED IN COOPERATION WITH THE NATO SCIENTIFIC
AFFAIR DIVISION CONTENTS LECTURERS VII PARTICIPANTS IX PREFACE XIII
CONTENTS XVII SECTION I: THE PHYSICS OF ACCRETION AND EJECTION COURSE 1.
ACCRETION AND EJECTION-RELATED MHD BY J. HEYVAERTS 3 1 INTRODUCTION 7 2
THE MHD MODEL 8 2.1 FOLLOWING THE MOTION 8 2.2 CONSERVATION EQUATIONS IN
GENERAL 8 2.3 CONSERVATION OF MASS AND CHARGE 9 2.4 CONSERVATION OF
MOMENTUM 9 2.5 CONSERVATION OF ENERGY 10 2.6 COUPLING TO MAXWELL S
EQUATIONS 12 3 NON RELATIVISTIC MHD 12 3.1 NON RELATIVISTIC MHD
EQUATIONS 13 3.2 INCOMPRESSIBLE LIMIT AND NAVIER-STOKES EQUATION 14 3.3
MAGNETIC PRESSURE AND TENSION 15 3.4 ALFVEN SPEED 15 4 SPECIAL
RELATIVISTIC MHD 16 4.1 FOUR-VECTORS AND TENSORS IN MINKOWSKIAN SPACE 16
4.2 EQUATIONS OF SPECIAL RELATIVISTIC MHD 18 5 MAGNETO HYDROSTATIC
EQUILIBRIA 20 5.1 GENERAL PROPERTIES OF MAGNETO HYDROSTATIC EQUILIBRIA
20 5.2 AXISYMMETRIC MHD EQUILIBRIA AND GRAD SHAFRANOFF EQUATION ... 21
XV111 6 MAGNETIC FIELD EVOLUTION 23 6.1 THE PERFECT MHD LIMIT 23 6.2
CONSEQUENCES AND LIMITS OF THE FIELD FREEZING THEOREMS 26 6.3 FIELD
DIFFUSION VERSUS FIELD ADVECTION 27 6.4 A SIMPLE MODEL OF JOINT
ADVECTION AND DIFFUSION 28 6.5 RECONNECTION FLOWS 30 7 THE DYNAMO
PROBLEM 34 7.1 ANTIDYNAMO THEOREMS 35 7.2 KINEMATIC TURBULENT DYNAMOS 36
8 SIMPLE STATIONNARY FLOWS 38 8.1 MHD COUETTE FLOW 38 8.2 ISOTROPIC HD
WIND 39 9 AXISYMMETRIC, ROTATING, STATIONNARY, PERFECT MHD WINDS AND
JETS 43 9.1 FERRARO S ISOROTATION LAW 43 9.2 CONSERVATION OF THE
POLYTROPIC ENTROPY 45 9.3 CONSERVATION OF SPECIFIC ANGULAR MOMENTUM 45
9.4 ALFVEN RADIUS AND DENSITY 46 9.5 CONSERVATION OF SPECIFIC ENERGY 46
9.6 TRANSFIELD EQUATION 48 9.7 BERNOULLI DYNAMICS ALONE 48 9.8 THE
BERNOULLI-TRANSFIELD SYSTEM 49 9.9 ALFVEN REGULARITY CONDITION 50 9.10
ELLIPTICITY OR HYPERBOLICITY OF THE BERNOULLI-TRANSFIELD SYSTEM ... 51
9.11 AN ANALYSIS OF FORCES IN AXISYMMETRIC MHD WINDS AND JETS . . . . 52
10 ASYMPTOTICS OF PERFECT MHD WINDS AND JETS 54 10.1 GENERAL RESULTS ON
THE ASYMPTOTICS OF POLYTROPIC WINDS 54 10.2 ASYMPTOTIC TRANSFIELD
EQUATION 55 10.3 ELECTRIC CIRCUIT IN THE ASYMPTOTIC DOMAIN 57 10.4
CONSTRUCTION OF EXPLICIT ASYMPTOTIC SOLUTIONS 59 11 SMALL MOTIONS 62
11.1 LINEARIZED DYNAMICAL EQUATIONS FOR SMALL MOTIONS 62 11.2 REDUCTION
TO AN EQUATION FOR THE LAGRANGEAN DISPLACEMENT . . . . 63 11.3
DISPERSION RELATION FOR MHD MODES IN AN HOMOGENEOUS MEDIUM . 65 12
STABILITY 66 12.1 PERFECT MHD POTENTIAL ENERGY 66 12.2 CHANGE OF
POTENTIAL ENERGY AND OPERATOR OF SMALL MOTIONS 67 12.3 NORMAL MODES AND
POTENTIAL ENERGY 68 XIX 13 SOME USUAL INSTABILITIES 69 13.1 STABILITY OF
A STRATIFIED COMPRESSIBLE GAS 69 13.2 INTERCHANGE INSTABILITY OF
CONFINED PLASMAS 70 13.3 KINK INSTABILITY 73 14 SOME INSTABILITIES IN
ROTATING FLUIDS 76 14.1 STABILITY OF THE INVISCID HYDRODYNAMICAL COUETTE
FLOW 76 14.2 MAGNETOROTATIONAL INSTABILITY 79 COURSE 2. 2D TRANSONIC
HYDRODYNAMICS IN GENERAL RELATIVITY BY V. BESKIN 85 1 INTRODUCTION 87 2
IDEAL HYDRODYNAMICS * SOME FUNDAMENTAL RESULTS 88 3 AXISYMMETRIC
STATIONARY FLOW * NONRELATIVISTIC CASE 97 3.1 BASIC EQUATIONS 97 3.2 THE
STREAM EQUATION 99 3.3 EXAMPLES 103 4 AXISYMMETRIC STATIONARY FLOW -
GENERAL RELATIVITY 113 4.1 BASIC EQUATIONS 113 4.2 EXAMPLES 120 5
CONCLUSION 133 APPENDIX 134 A FROM EULER TO GRAD-SHAFRANOV * THE
SIMPLEST WAY 134 COURSE 3. PHYSICS FUNDAMENTALS OF LUMINOUS ACCRETION
DISKS AROUND BLACK HOLES BY OM. BLAES 137 1 INTRODUCTION 139 2
SHAKURA-SUNYAEV BASED MODELS . 141 3 SPECTRAL FORMATION 147 4 THE
PHYSICS OF ANGULAR MOMENTUM TRANSPORT 157 5 THE ROLE OF RADIATION
MAGNETOHYDRODYNAMICS 173 XX 6 CONCLUSIONS 179 A THE EQUATIONS OF
RADIATION MAGNETOHYDRODYNAMICS 180 COURSE 4. ACCRETION-EJECTION MODELS
OF ASTROPHYSICAL JETS BY R.E. PUDRITZ 187 1 INTRODUCTION 189 2
OBSERVATIONS AND BASIC PHYSICS 190 2.1 MOLECULAR OUTFLOWS AND JETS IN
YSOS 190 2.2 YSO ACCRETION DISKS: LINKS TO JETS 195 2.3 MAGNETIC FIELDS:
FROM MOLECULAR CLOUDS TO DISKS AROUND YSOS . . . 196 2.4 THE ROLE OF
JETS AND ACCRETION DISKS IN STAR FORMATION 197 2.5 RELATIVISTIC SYSTEMS:
MICROQUASARS, QUASARS, AND X-RAY PULSARS . . 198 2.6 MAGNETIZED
ACCRETION DISKS: GENERAL PHYSICAL PROCESSES 200 3 THEORETICAL MODELS 202
3.1 AXISYMMETRIC HYDROMAGNETIC WINDS: CONSERVATION LAWS 202 3.2 MHD WIND
TORQUES ON DISKS: JETS AS THE MECHANICAL MANIFESTATION OF ACCRETION
POWER 206 3.3 FORCE-BALANCE IN JETS; THE MECHANISM OF JET COLLIMATION
208 3.4 ACCRETION-EJECT ION STRUCTURES 211 3.5 DISK - MAGNETOSPHERE
COUPLING 214 4 NUMERICAL SIMULATIONS 215 4.1 2D SIMULATIONS: JETS FROM
STATIONARY KEPLERIAN DISKS 215 4.2 3D SIMULATIONS: SELF-REGULATORY
STABILITY OF JETS 223 4.3 GLOBAL SIMULATIONS OF ACCRETION-EJECTION
STRUCTURES 226 5 CONCLUSION 227 SECTION II: HIGH ENERGY ASTROPHYSICS
COURSE 5. ULTRA HIGH ENERGY COSMIC RAYS BY V. BEREZINSKY 233 1
INTRODUCTION 235 2 EXTRAGALACTIC ASTROPHYSICAL ORIGIN OF UHECR 237 2.1
EXTRAGALACTIC ACCELERATION SOURCES 237 2.2 ENERGY LOSSES AND PROPAGATION
239 2.3 UNIFORM DISTRIBUTION OF UHECR SOURCES AND GZK CUTOFF 241 2.4 THE
ASTROPHYSICAL AGN MODEL FOR UHECR 243 XXI 3 ELEMENTARY PARTICLE
SOLUTIONS TO UHECR PROBLEM 247 4 CONCLUSIONS 247 COURSE 6. GAMMA-RAY
BURSTS BY F. DAIGNE 251 1 INTRODUCTION 253 2 OBSERVATIONS 255 2.1 PROMPT
EMISSION 255 2.2 AFTERGLOW 262 3 THEORETICAL SCENARIO 271 3.1 DISTANCE
SCALE 271 3.2 COMPACT SOURCE - RELATIVISTIC MOTION 272 3.3 FIREBALLS 274
3.4 A THREE-STEP SCENARIO 279 4 AFTERGLOW 280 4.1 THE EXTERNAL SHOCK 281
4.2 RADIATIVE PROCESSES 283 4.3 ADDITIONAL EFFECTS 285 5 PROMPT EMISSION
290 5.1 INTERNAL SHOCKS 290 5.2 REVERSE SHOCK 299 5.3 RESULTS 302 5.4
PHOTOSPHERE 303 6 CENTRAL ENGINE 305 6.1 MERGERS 306 6.2 COLLAPSARS 307
6.3 MHD WINDS? 307 7 MORE THAN PHOTONS? 308 7.1 ULTRA-HIGH ENERGY COSMIC
RAYS 308 7.2 HIGH ENERGY NEUTRINOS 308 7.3 GRAVITATIONAL WAVES 309 8
CONCLUSIONS 309 XXN COURSE 7. COSMIC RAYS AND PARTICLE ACCELERATION AT
ASTROPHYSICAL SHOCKS BY A. ACHTERBERG 313 1 THE BIRTH OF COSMIC RAY
PHYSICS 315 2 RADIO ASTRONOMY, MAGNETIC FIELDS AND SYNCHROTRON RADIATION
317 3 COSMIC RAY ORIGIN THEORIES 319 4 ASTROPHYSICAL PARTICLE
ACCELERATION 320 4.1 SHOCKS AS ACCELERATORS 321 5 BASIC PRINCIPLES OF
DIFFUSIVE SHOCK ACCELERATION 323 6 DIFFUSION AND ACCELERATION TIME 331 7
THE BOX MODEL FOR SHOCK ACCELERATION 336 7.1 MAXIMUM ENERGY 339 7.2 BOHM
DIFFUSION 340 8 OUTSTANDING ISSUES: THEORY 343 8.1 THE QUESTION OF
INJECTION 343 8.2 STABILITY: PRECURSOR AND SHOCK STABILITY 345 9
INCLINATION ANGLE DEPENDENCE AND QUASI-PERPENDICULAR SHOCKS 346 9.1
SUPERLUMINAL SHOCKS 347 10 RELATIVISTIC SHOCKS 349 11 ULTRA-RELATIVISTIC
SHOCKS 353 11.1 THE CASE OF UPSTREAM DEFLECTION 354 11.2 THE CASE OF
UPSTREAM SCATTERING 358 11.3 INITIAL BOOST 361 11.4 CYCLE- AND RESIDENCE
TIMES AND THE MAXIMUM ENERGY 363 11.4.1 UPSTREAM RESIDENCE TIME 363
11.4.2 DOWNSTREAM RESIDENCE TIME 365 11.4.3 MAXIMUM ENERGY 367 12
MAXIMUM ENERGY: A COSMIC CONSPIRACY? 368 13 GAMMA RAY BURSTS AND
ULTRA-HIGH-ENERGY COSMIC RAYS 373 13.1 IS THERE A CONNECTION BETWEEN
GRBS AND UHECRS? 378 13.2 ACCELERATION BY TRANS-RELATIVISTIC WAVES/WEAK
SHOCKS 384 13.3 ACCELERATION OF PULSAR-WIND MATERIAL BY THE EXTERNAL
SHOCK 388 13.4 UHECR SPECTRUM 391 13.5 CONCLUSION 394 XXM SECTION III:
BLACK HOLES AND AGN S COURSE 8. THE BLACK HOLE ENVIRONMENTS BY M.
CAMENZIND 405 1 INTRODUCTION 408 2 BLACK HOLES AND BEYOND 409 2.1
ASTROPHYSICALLY IMPORTANT ASPECTS OF BLACK HOLES 409 2.2 CLASSES OF
COMPACT OBJECTS 410 2.3 ACCRETION FLOWS ARE NOT WELL UNDERSTOOD 413 2.4
DIRECT DETECTION OF BLACK HOLES 414 2.5 PRESENT STATUS 414 3 THE BLACK
HOLE PARADIGM FOR GALACTIC NUCLEI 415 3.1 TWO ASPECTS OF THE BLACK HOLE
PARADIGM 415 3.2 THE BLACK HOLES IN NUCLEI OF GALAXIES 418 3.3 THE
FERMION BALL HYPOTHESIS 424 3.4 MESSIER 87 AS A DEAD QUASAR 425 3.5
COSMOLOGY FOR QUASARS 427 3.6 COSMOLOGY WITH QUASARS 431 4 GRAVITY OF
COMPACT OBJECTS 431 4.1 RELATIVISTIC GRAVITY OF ROTATING NEUTRON STARS
432 4.2 ROTATING BLACK HOLES 437 4.3 THE SOURCE OF GRAVITY FOR BLACK
HOLES - OR WHAT IS INSIDE? 438 4.4 PARTICLE MOTION IN KERR 439 4.5 THE
BOUNDARY LAYER AROUND ROTATING BLACK HOLES 441 4.6 THE MASS-FORMULA FOR
BLACK HOLES 442 4.7 SPIN EVOLUTION OF BLACK HOLES 444 4.8 ACCRETION
BEYOND THE INNERMOST STABLE CIRCULAR ORBIT 445 4.9 MAGNETIC ENERGY
PRODUCTION BY ROTATING COMPACT OBJECTS 452 4.10 JETS AS COLLIMATED
OUTFLOWS FROM NEAR THE HORIZON 457 5 CONCLUSIONS AND FUTURE PROSPECTS
458 COURSE 9. ACCRETION AROUND ACTIVE GALACTIC NUCLEI BY B. CZERNY 461 1
INTRODUCTION 463 1.1 SHORT HISTORY OF THE SUBJECT 464 1.2 RECENT
OBSERVATIONAL DEVELOPMENTS 465 XXIV 2 GENERAL OVERVIEW OF AGN 467 2.1
SPATIAL RESOLUTION 468 2.2 BROAD BAND SPECTRA 470 2.3 MODELS OF THE
PRINCIPAL COMPONENTS 471 2.4 SPECTRAL FEATURES 473 2.5 THE BASIC MODEL
OF ACCRETION FLOW PATTERN IN BRIGHT AGN 475 2.6 THE ACCRETION FLOW IN
FAINT SOURCES 479 3 RECENT PROGRESS IN STATIONARY MODELS OF BRIGHT RADIO
QUIET OBJECTS 480 3.1 HOT PLASMA COOLING - MODELING THE PRIMARY
CONTINUUM 482 3.2 HOT PLASMA HEATING 483 3.3 RADIATIVE TRANSFER IN X-RAY
IRRADIATED MEDIUM IN HYDROSTATIC EQUILIBRIUM 483 3.4 ELECTRON
CONDUCTION; DISK EVAPORATION/CONDENSATION 484 4 RECENT PROGRESS IN
VARIABILITY STUDIES OF BRIGHT RADIO QUIET OBJECTS 485 4.1 GENERAL
OUTLINE OF VARIABILITY STUDIES 485 4.2 TIME DELAYS 485 4.3 POWER SPECTRA
486 4.4 STATIONARITY ISSUE AND NEW TECHNICS 487 COURSE 10. HIGH ENERGY
EMISSION OF AGN BY A. CELOTTI 491 1 INTRODUCTION 493 2 BASIC PROPERTIES
494 2.1 THE SPECTRAL ENERGY DISTRIBUTIONS 496 3 RADIO-QUIET AGN 496 4
RADIO-LOUD AGN 499 4.1 BLAZAR SPECTRAL ENERGY DISTRIBUTION . . 500 4.2
THE HIGH ENERGY COMPONENT 500 4.3 LARGE SCALE JET EMISSION 505 4.4 JET
PROPERTIES 507 4.5 COSMOLOGICAL BACKGROUNDS AND INTERGALACTIC MEDIUM 508
5 ANALOGOUS SYSTEMS? 509 6 NON-THERMAL RADIATION PROCESSES AND
RELATIVISTIC BEAMING 510 6.1 SYNCHROTRON EMISSION 510 6.2 INVERSE
COMPTON EMISSION 511 6.3 PAIR PRODUCTION 513 6.4 RELATIVISTIC BEAMING
514 SECTION IV: PRE-MAIN SEQUENCE OBJECTS COURSE 11. ACCRETION
SIGNATURES IN YOUNG STELLAR OBJECTS BY N. CALVET 521 1 INTRODUCTION 523
2 YSO 523 3 FORMATION MECHANISMS 526 4 ACCRETION LUMINOSITY AND MASS
ACCRETION RATE 527 5 MAGNETOSPHERIC ACCRETION 527 5.1 LINE FORMATION IN
THE MAGNETOSPHERIC FLOW 529 5.2 THE ACCRETION SHOCK 531 6 OBSERVATIONS
OF DISKS IN YSO 533 7 ACCRETION DISKS 534 8 FU ORI OBJECTS 535 9
IRRADIATED ACCRETION DISKS 536 10 EFFECTS OF DUST PROPERTIES 540 11 SEDS
OF HAEBE 542 12 WINDS AS ACCRETION DIAGNOSTICS 543 13 VALIDITY OF THE
MODELS 544 14 SUMMARY 545 COURSE 12. EVOLUTION OF YSO DISKS BY L.
HARTMANN 549 1 INTRODUCTION 551 XXVI 2 VISCOUS DISK EVOLUTION 553 3 WHAT
IS A (IF ANY)? 560 4 ANGULAR MOMENTUM LOSS BY MAGNETICALLY-COUPLED WINDS
563 5 GRAVITY 566 6 FROM PROTOSTARS TO T TAURI STARS 568 7 DECAY OF T
TAURI ACCRETION 570 8 FROM T TAURI TO DEBRIS DISKS 572 9 GAS DISPERSAL
577 COURSE 13. X-RAYS FROM YSOS: DESPERATELY SEEKING THE CENTRAL ENGINE
BY T. MONTMERLE 583 1 BACKGROUND: YSOS AND MAGNETIC FIELDS 585 1.1
PRE-MAIN SEQUENCE EVOLUTION IN A NUTSHELL 585 1.2 X-RAYS AS TRACERS OF
YSO MAGNETIC ACTIVITY 587 1.3 THE SOLAR PARADIGM AND THE SOLAR-STELLAR
CONNECTION 587 2 CHALLENGING THE SOLAR PARADIGM 589 2.1 X-RAY EMISSION
AT HIGH LATITUDES 589 2.2 POLAR X-RAYS? 591 2.3 A NEW LOOK A STELLAR
DYNAMOS 591 3 STARTING THE CENTRAL ENGINE: X-RAYS FROM PROTOSTARS 592 4
MAGNETIC TOPOLOGY OF YSOS: CONFRONTING THEORY AND OBSERVATION 594 5
CONCLUSIONS 596 SECTION V: NEW INSTRUMENTATION COURSE 14. PIERRE AUGER
OBSERVATORY: STATUS AND PROSPECTS BY C. LACHAUD 601 1 INTRODUCTION 603 2
MAIN PARAMETERS OF THE GROUND ARRAY 604 XXVN 3 GLOBAL PERFORMANCE OF THE
GROUND ARRAY 605 3.1 APERTURE 605 3.2 ENERGY RESOLUTION 605 3.3 ANGULAR
RESOLUTION 606 3.4 COMPOSITION ANALYSIS 606 4 STATUS AND PROSPECTS 610
COURSE 15. OBSERVATIONS OF THE HIGH ENERGY GAMMA-RAY UNIVERSE BY C.
MASTERSON 613 1 EXPERIMENTAL TECHNIQUES IN 7-RAY ASTRONOMY 615 1.1 THE
STEREO IMAGING TECHNIQUE 616 1.2 THE H.E.S.S. TELESCOPE ARRAY 616 1.3
H.E.S.S. SYSTEM PERFORMANCE 618 1.4 SATELLITE BASED 7-RAY ASTROPHYSICS
618 2 ASTROPHYSICS AT VHE ENERGIES 619 2.1 ACTIVE GALACTIC NUCLEI 619
2.2 SUPERNOVA REMNANTS 620 2.3 PULSARS 620 2.4 UNIDENTIFIED EGRET
SOURCES 621 2.5 FUNDAMENTAL PHYSICS 621 3 CONCLUSIONS 621
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| adam_txt |
ECOLE D'ETE DE PHYSIQUE DES HOUCHES SESSION LXXVIII, 29 JULY-23 AUGUST
2002 NATO ADVANCED STUDY INSTITUTE EURO SUMMER SCHOOL ECOLE THEMATIQUE
DU CNRS ACCRETION DISCS, JETS AND HIGH ENERGY PHENOMENA IN ASTROPHYSICS
DLSQUES D'ACCRETION, JETS ET PHENOMENES DE HAUTE ENERGIE EN
ASTROPHYSIQUE EDITED BY VASSILY BESKIN, GILLES HENRI, FRANGOIS MENARD,
GUY PELLETIER AND JEAN DALIBARD SCIENCES LES ULIS, PARIS, CAMBRIDGE
SPRINGER BERLIN, HEIDELBERG, NEW YORK, BARCELONA, HONG KONG, LONDON
MILAN, PARIS, TOKYO PUBLISHED IN COOPERATION WITH THE NATO SCIENTIFIC
AFFAIR DIVISION CONTENTS LECTURERS VII PARTICIPANTS IX PREFACE XIII
CONTENTS XVII SECTION I: THE PHYSICS OF ACCRETION AND EJECTION COURSE 1.
ACCRETION AND EJECTION-RELATED MHD BY J. HEYVAERTS 3 1 INTRODUCTION 7 2
THE MHD MODEL 8 2.1 FOLLOWING THE MOTION 8 2.2 CONSERVATION EQUATIONS IN
GENERAL 8 2.3 CONSERVATION OF MASS AND CHARGE 9 2.4 CONSERVATION OF
MOMENTUM 9 2.5 CONSERVATION OF ENERGY 10 2.6 COUPLING TO MAXWELL'S
EQUATIONS 12 3 NON RELATIVISTIC MHD 12 3.1 NON RELATIVISTIC MHD
EQUATIONS 13 3.2 INCOMPRESSIBLE LIMIT AND NAVIER-STOKES EQUATION 14 3.3
MAGNETIC PRESSURE AND TENSION 15 3.4 ALFVEN SPEED 15 4 SPECIAL
RELATIVISTIC MHD 16 4.1 FOUR-VECTORS AND TENSORS IN MINKOWSKIAN SPACE 16
4.2 EQUATIONS OF SPECIAL RELATIVISTIC MHD 18 5 MAGNETO HYDROSTATIC
EQUILIBRIA 20 5.1 GENERAL PROPERTIES OF MAGNETO HYDROSTATIC EQUILIBRIA
20 5.2 AXISYMMETRIC MHD EQUILIBRIA AND GRAD SHAFRANOFF EQUATION . 21
XV111 6 MAGNETIC FIELD EVOLUTION 23 6.1 THE PERFECT MHD LIMIT 23 6.2
CONSEQUENCES AND LIMITS OF THE FIELD FREEZING THEOREMS 26 6.3 FIELD
DIFFUSION VERSUS FIELD ADVECTION 27 6.4 A SIMPLE MODEL OF JOINT
ADVECTION AND DIFFUSION 28 6.5 RECONNECTION FLOWS 30 7 THE DYNAMO
PROBLEM 34 7.1 ANTIDYNAMO THEOREMS 35 7.2 KINEMATIC TURBULENT DYNAMOS 36
8 SIMPLE STATIONNARY FLOWS 38 8.1 MHD COUETTE FLOW 38 8.2 ISOTROPIC HD
WIND 39 9 AXISYMMETRIC, ROTATING, STATIONNARY, PERFECT MHD WINDS AND
JETS 43 9.1 FERRARO'S ISOROTATION LAW 43 9.2 CONSERVATION OF THE
POLYTROPIC ENTROPY 45 9.3 CONSERVATION OF SPECIFIC ANGULAR MOMENTUM 45
9.4 ALFVEN RADIUS AND DENSITY 46 9.5 CONSERVATION OF SPECIFIC ENERGY 46
9.6 TRANSFIELD EQUATION 48 9.7 BERNOULLI DYNAMICS ALONE 48 9.8 THE
BERNOULLI-TRANSFIELD SYSTEM 49 9.9 ALFVEN REGULARITY CONDITION 50 9.10
ELLIPTICITY OR HYPERBOLICITY OF THE BERNOULLI-TRANSFIELD SYSTEM . 51
9.11 AN ANALYSIS OF FORCES IN AXISYMMETRIC MHD WINDS AND JETS . . . . 52
10 ASYMPTOTICS OF PERFECT MHD WINDS AND JETS 54 10.1 GENERAL RESULTS ON
THE ASYMPTOTICS OF POLYTROPIC WINDS 54 10.2 ASYMPTOTIC TRANSFIELD
EQUATION 55 10.3 ELECTRIC CIRCUIT IN THE ASYMPTOTIC DOMAIN 57 10.4
CONSTRUCTION OF EXPLICIT ASYMPTOTIC SOLUTIONS 59 11 SMALL MOTIONS 62
11.1 LINEARIZED DYNAMICAL EQUATIONS FOR SMALL MOTIONS 62 11.2 REDUCTION
TO AN EQUATION FOR THE LAGRANGEAN DISPLACEMENT . . . . 63 11.3
DISPERSION RELATION FOR MHD MODES IN AN HOMOGENEOUS MEDIUM . 65 12
STABILITY 66 12.1 PERFECT MHD POTENTIAL ENERGY 66 12.2 CHANGE OF
POTENTIAL ENERGY AND OPERATOR OF SMALL MOTIONS 67 12.3 NORMAL MODES AND
POTENTIAL ENERGY 68 XIX 13 SOME USUAL INSTABILITIES 69 13.1 STABILITY OF
A STRATIFIED COMPRESSIBLE GAS 69 13.2 INTERCHANGE INSTABILITY OF
CONFINED PLASMAS 70 13.3 KINK INSTABILITY 73 14 SOME INSTABILITIES IN
ROTATING FLUIDS 76 14.1 STABILITY OF THE INVISCID HYDRODYNAMICAL COUETTE
FLOW 76 14.2 MAGNETOROTATIONAL INSTABILITY 79 COURSE 2. 2D TRANSONIC
HYDRODYNAMICS IN GENERAL RELATIVITY BY V. BESKIN 85 1 INTRODUCTION 87 2
IDEAL HYDRODYNAMICS * SOME FUNDAMENTAL RESULTS 88 3 AXISYMMETRIC
STATIONARY FLOW * NONRELATIVISTIC CASE 97 3.1 BASIC EQUATIONS 97 3.2 THE
STREAM EQUATION 99 3.3 EXAMPLES 103 4 AXISYMMETRIC STATIONARY FLOW -
GENERAL RELATIVITY 113 4.1 BASIC EQUATIONS 113 4.2 EXAMPLES 120 5
CONCLUSION 133 APPENDIX 134 A FROM EULER TO GRAD-SHAFRANOV * THE
SIMPLEST WAY 134 COURSE 3. PHYSICS FUNDAMENTALS OF LUMINOUS ACCRETION
DISKS AROUND BLACK HOLES BY OM. BLAES 137 1 INTRODUCTION 139 2
SHAKURA-SUNYAEV BASED MODELS . 141 3 SPECTRAL FORMATION 147 4 THE
PHYSICS OF ANGULAR MOMENTUM TRANSPORT 157 5 THE ROLE OF RADIATION
MAGNETOHYDRODYNAMICS 173 XX 6 CONCLUSIONS 179 A THE EQUATIONS OF
RADIATION MAGNETOHYDRODYNAMICS 180 COURSE 4. ACCRETION-EJECTION MODELS
OF ASTROPHYSICAL JETS BY R.E. PUDRITZ 187 1 INTRODUCTION 189 2
OBSERVATIONS AND BASIC PHYSICS 190 2.1 MOLECULAR OUTFLOWS AND JETS IN
YSOS 190 2.2 YSO ACCRETION DISKS: LINKS TO JETS 195 2.3 MAGNETIC FIELDS:
FROM MOLECULAR CLOUDS TO DISKS AROUND YSOS . . . 196 2.4 THE ROLE OF
JETS AND ACCRETION DISKS IN STAR FORMATION 197 2.5 RELATIVISTIC SYSTEMS:
MICROQUASARS, QUASARS, AND X-RAY PULSARS . . 198 2.6 MAGNETIZED
ACCRETION DISKS: GENERAL PHYSICAL PROCESSES 200 3 THEORETICAL MODELS 202
3.1 AXISYMMETRIC HYDROMAGNETIC WINDS: CONSERVATION LAWS 202 3.2 MHD WIND
TORQUES ON DISKS: JETS AS THE MECHANICAL MANIFESTATION OF ACCRETION
POWER 206 3.3 FORCE-BALANCE IN JETS; THE MECHANISM OF JET COLLIMATION
208 3.4 ACCRETION-EJECT ION STRUCTURES 211 3.5 DISK - MAGNETOSPHERE
COUPLING 214 4 NUMERICAL SIMULATIONS 215 4.1 2D SIMULATIONS: JETS FROM
STATIONARY KEPLERIAN DISKS 215 4.2 3D SIMULATIONS: SELF-REGULATORY
STABILITY OF JETS 223 4.3 GLOBAL SIMULATIONS OF ACCRETION-EJECTION
STRUCTURES 226 5 CONCLUSION 227 SECTION II: HIGH ENERGY ASTROPHYSICS
COURSE 5. ULTRA HIGH ENERGY COSMIC RAYS BY V. BEREZINSKY 233 1
INTRODUCTION 235 2 EXTRAGALACTIC ASTROPHYSICAL ORIGIN OF UHECR 237 2.1
EXTRAGALACTIC ACCELERATION SOURCES 237 2.2 ENERGY LOSSES AND PROPAGATION
239 2.3 UNIFORM DISTRIBUTION OF UHECR SOURCES AND GZK CUTOFF 241 2.4 THE
ASTROPHYSICAL AGN MODEL FOR UHECR 243 XXI 3 ELEMENTARY PARTICLE
SOLUTIONS TO UHECR PROBLEM 247 4 CONCLUSIONS 247 COURSE 6. GAMMA-RAY
BURSTS BY F. DAIGNE 251 1 INTRODUCTION 253 2 OBSERVATIONS 255 2.1 PROMPT
EMISSION 255 2.2 AFTERGLOW 262 3 THEORETICAL SCENARIO 271 3.1 DISTANCE
SCALE 271 3.2 COMPACT SOURCE - RELATIVISTIC MOTION 272 3.3 FIREBALLS 274
3.4 A THREE-STEP SCENARIO 279 4 AFTERGLOW 280 4.1 THE EXTERNAL SHOCK 281
4.2 RADIATIVE PROCESSES 283 4.3 ADDITIONAL EFFECTS 285 5 PROMPT EMISSION
290 5.1 INTERNAL SHOCKS 290 5.2 REVERSE SHOCK 299 5.3 RESULTS 302 5.4
PHOTOSPHERE 303 6 CENTRAL ENGINE 305 6.1 MERGERS 306 6.2 COLLAPSARS 307
6.3 MHD WINDS? 307 7 MORE THAN PHOTONS? 308 7.1 ULTRA-HIGH ENERGY COSMIC
RAYS 308 7.2 HIGH ENERGY NEUTRINOS 308 7.3 GRAVITATIONAL WAVES " 309 8
CONCLUSIONS 309 XXN COURSE 7. COSMIC RAYS AND PARTICLE ACCELERATION AT
ASTROPHYSICAL SHOCKS BY A. ACHTERBERG 313 1 THE BIRTH OF COSMIC RAY
PHYSICS 315 2 RADIO ASTRONOMY, MAGNETIC FIELDS AND SYNCHROTRON RADIATION
317 3 COSMIC RAY ORIGIN THEORIES 319 4 ASTROPHYSICAL PARTICLE
ACCELERATION 320 4.1 SHOCKS AS ACCELERATORS 321 5 BASIC PRINCIPLES OF
DIFFUSIVE SHOCK ACCELERATION 323 6 DIFFUSION AND ACCELERATION TIME 331 7
THE BOX MODEL FOR SHOCK ACCELERATION 336 7.1 MAXIMUM ENERGY 339 7.2 BOHM
DIFFUSION 340 8 OUTSTANDING ISSUES: THEORY 343 8.1 THE QUESTION OF
INJECTION 343 8.2 STABILITY: PRECURSOR AND SHOCK STABILITY 345 9
INCLINATION ANGLE DEPENDENCE AND QUASI-PERPENDICULAR SHOCKS 346 9.1
SUPERLUMINAL SHOCKS 347 10 RELATIVISTIC SHOCKS 349 11 ULTRA-RELATIVISTIC
SHOCKS 353 11.1 THE CASE OF UPSTREAM DEFLECTION 354 11.2 THE CASE OF
UPSTREAM SCATTERING 358 11.3 INITIAL BOOST 361 11.4 CYCLE- AND RESIDENCE
TIMES AND THE MAXIMUM ENERGY 363 11.4.1 UPSTREAM RESIDENCE TIME 363
11.4.2 DOWNSTREAM RESIDENCE TIME 365 11.4.3 MAXIMUM ENERGY 367 12
MAXIMUM ENERGY: A COSMIC CONSPIRACY? 368 13 GAMMA RAY BURSTS AND
ULTRA-HIGH-ENERGY COSMIC RAYS 373 13.1 IS THERE A CONNECTION BETWEEN
GRBS AND UHECRS? 378 13.2 ACCELERATION BY TRANS-RELATIVISTIC WAVES/WEAK
SHOCKS 384 13.3 ACCELERATION OF PULSAR-WIND MATERIAL BY THE EXTERNAL
SHOCK 388 13.4 UHECR SPECTRUM 391 13.5 CONCLUSION 394 XXM SECTION III:
BLACK HOLES AND AGN'S COURSE 8. THE BLACK HOLE ENVIRONMENTS BY M.
CAMENZIND 405 1 INTRODUCTION 408 2 BLACK HOLES AND BEYOND 409 2.1
ASTROPHYSICALLY IMPORTANT ASPECTS OF BLACK HOLES 409 2.2 CLASSES OF
COMPACT OBJECTS 410 2.3 ACCRETION FLOWS ARE NOT WELL UNDERSTOOD 413 2.4
DIRECT DETECTION OF BLACK HOLES 414 2.5 PRESENT STATUS 414 3 THE BLACK
HOLE PARADIGM FOR GALACTIC NUCLEI 415 3.1 TWO ASPECTS OF THE BLACK HOLE
PARADIGM 415 3.2 THE BLACK HOLES IN NUCLEI OF GALAXIES 418 3.3 THE
FERMION BALL HYPOTHESIS 424 3.4 MESSIER 87 AS A DEAD QUASAR 425 3.5
COSMOLOGY FOR QUASARS 427 3.6 COSMOLOGY WITH QUASARS 431 4 GRAVITY OF
COMPACT OBJECTS 431 4.1 RELATIVISTIC GRAVITY OF ROTATING NEUTRON STARS
432 4.2 ROTATING BLACK HOLES 437 4.3 THE SOURCE OF GRAVITY FOR BLACK
HOLES - OR WHAT IS INSIDE? 438 4.4 PARTICLE MOTION IN KERR 439 4.5 THE
BOUNDARY LAYER AROUND ROTATING BLACK HOLES 441 4.6 THE MASS-FORMULA FOR
BLACK HOLES 442 4.7 SPIN EVOLUTION OF BLACK HOLES 444 4.8 ACCRETION
BEYOND THE INNERMOST STABLE CIRCULAR ORBIT 445 4.9 MAGNETIC ENERGY
PRODUCTION BY ROTATING COMPACT OBJECTS 452 4.10 JETS AS COLLIMATED
OUTFLOWS FROM NEAR THE HORIZON 457 5 CONCLUSIONS AND FUTURE PROSPECTS
458 COURSE 9. ACCRETION AROUND ACTIVE GALACTIC NUCLEI BY B. CZERNY 461 1
INTRODUCTION 463 1.1 SHORT HISTORY OF THE SUBJECT 464 1.2 RECENT
OBSERVATIONAL DEVELOPMENTS 465 XXIV 2 GENERAL OVERVIEW OF AGN 467 2.1
SPATIAL RESOLUTION 468 2.2 BROAD BAND SPECTRA 470 2.3 MODELS OF THE
PRINCIPAL COMPONENTS 471 2.4 SPECTRAL FEATURES 473 2.5 THE BASIC MODEL
OF ACCRETION FLOW PATTERN IN BRIGHT AGN 475 2.6 THE ACCRETION FLOW IN
FAINT SOURCES 479 3 RECENT PROGRESS IN STATIONARY MODELS OF BRIGHT RADIO
QUIET OBJECTS 480 3.1 HOT PLASMA COOLING - MODELING THE "PRIMARY"
CONTINUUM 482 3.2 HOT PLASMA HEATING 483 3.3 RADIATIVE TRANSFER IN X-RAY
IRRADIATED MEDIUM IN HYDROSTATIC EQUILIBRIUM 483 3.4 ELECTRON
CONDUCTION; DISK EVAPORATION/CONDENSATION 484 4 RECENT PROGRESS IN
VARIABILITY STUDIES OF BRIGHT RADIO QUIET OBJECTS 485 4.1 GENERAL
OUTLINE OF VARIABILITY STUDIES 485 4.2 TIME DELAYS 485 4.3 POWER SPECTRA
486 4.4 STATIONARITY ISSUE AND NEW TECHNICS 487 COURSE 10. HIGH ENERGY
EMISSION OF AGN BY A. CELOTTI 491 1 INTRODUCTION 493 2 BASIC PROPERTIES
494 2.1 THE SPECTRAL ENERGY DISTRIBUTIONS 496 3 RADIO-QUIET AGN 496 4
RADIO-LOUD AGN 499 4.1 BLAZAR SPECTRAL ENERGY DISTRIBUTION . . 500 4.2
THE HIGH ENERGY COMPONENT 500 4.3 LARGE SCALE JET EMISSION 505 4.4 JET
PROPERTIES 507 4.5 COSMOLOGICAL BACKGROUNDS AND INTERGALACTIC MEDIUM 508
5 ANALOGOUS SYSTEMS? 509 6 NON-THERMAL RADIATION PROCESSES AND
RELATIVISTIC BEAMING 510 6.1 SYNCHROTRON EMISSION 510 6.2 INVERSE
COMPTON EMISSION 511 6.3 PAIR PRODUCTION 513 6.4 RELATIVISTIC BEAMING
514 SECTION IV: PRE-MAIN SEQUENCE OBJECTS COURSE 11. ACCRETION
SIGNATURES IN YOUNG STELLAR OBJECTS BY N. CALVET 521 1 INTRODUCTION 523
2 YSO 523 3 FORMATION MECHANISMS 526 4 ACCRETION LUMINOSITY AND MASS
ACCRETION RATE 527 5 MAGNETOSPHERIC ACCRETION 527 5.1 LINE FORMATION IN
THE MAGNETOSPHERIC FLOW 529 5.2 THE ACCRETION SHOCK 531 6 OBSERVATIONS
OF DISKS IN YSO 533 7 ACCRETION DISKS 534 8 FU ORI OBJECTS 535 9
IRRADIATED ACCRETION DISKS 536 10 EFFECTS OF DUST PROPERTIES 540 11 SEDS
OF HAEBE 542 12 WINDS AS ACCRETION DIAGNOSTICS 543 13 VALIDITY OF THE
MODELS 544 14 SUMMARY 545 COURSE 12. EVOLUTION OF YSO DISKS BY L.
HARTMANN 549 1 INTRODUCTION 551 XXVI 2 VISCOUS DISK EVOLUTION 553 3 WHAT
IS A (IF ANY)? 560 4 ANGULAR MOMENTUM LOSS BY MAGNETICALLY-COUPLED WINDS
563 5 GRAVITY 566 6 FROM PROTOSTARS TO T TAURI STARS 568 7 DECAY OF T
TAURI ACCRETION 570 8 FROM T TAURI TO DEBRIS DISKS 572 9 GAS DISPERSAL
577 COURSE 13. X-RAYS FROM YSOS: DESPERATELY SEEKING THE CENTRAL ENGINE
BY T. MONTMERLE 583 1 BACKGROUND: YSOS AND MAGNETIC FIELDS 585 1.1
PRE-MAIN SEQUENCE EVOLUTION IN A NUTSHELL 585 1.2 X-RAYS AS TRACERS OF
YSO MAGNETIC ACTIVITY 587 1.3 THE "SOLAR PARADIGM" AND THE SOLAR-STELLAR
CONNECTION 587 2 CHALLENGING THE SOLAR PARADIGM 589 2.1 X-RAY EMISSION
AT HIGH LATITUDES 589 2.2 POLAR X-RAYS? 591 2.3 A NEW LOOK A STELLAR
DYNAMOS 591 3 STARTING THE CENTRAL ENGINE: X-RAYS FROM PROTOSTARS 592 4
MAGNETIC TOPOLOGY OF YSOS: CONFRONTING THEORY AND OBSERVATION 594 5
CONCLUSIONS 596 SECTION V: NEW INSTRUMENTATION COURSE 14. PIERRE AUGER
OBSERVATORY: STATUS AND PROSPECTS BY C. LACHAUD 601 1 INTRODUCTION 603 2
MAIN PARAMETERS OF THE GROUND ARRAY 604 XXVN 3 GLOBAL PERFORMANCE OF THE
GROUND ARRAY 605 3.1 APERTURE 605 3.2 ENERGY RESOLUTION 605 3.3 ANGULAR
RESOLUTION 606 3.4 COMPOSITION ANALYSIS 606 4 STATUS AND PROSPECTS 610
COURSE 15. OBSERVATIONS OF THE HIGH ENERGY GAMMA-RAY UNIVERSE BY C.
MASTERSON 613 1 EXPERIMENTAL TECHNIQUES IN 7-RAY ASTRONOMY 615 1.1 THE
STEREO IMAGING TECHNIQUE 616 1.2 THE H.E.S.S. TELESCOPE ARRAY 616 1.3
H.E.S.S. SYSTEM PERFORMANCE 618 1.4 SATELLITE BASED 7-RAY ASTROPHYSICS
618 2 ASTROPHYSICS AT VHE ENERGIES 619 2.1 ACTIVE GALACTIC NUCLEI 619
2.2 SUPERNOVA REMNANTS 620 2.3 PULSARS 620 2.4 UNIDENTIFIED EGRET
SOURCES 621 2.5 FUNDAMENTAL PHYSICS 621 3 CONCLUSIONS 621 |
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| dewey-full | 523.841 |
| dewey-hundreds | 500 - Natural sciences and mathematics |
| dewey-ones | 523 - Specific celestial bodies and phenomena |
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| dewey-sort | 3523.841 |
| dewey-tens | 520 - Astronomy and allied sciences |
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| discipline_str_mv | Physik |
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| spelling | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique ed. by Vassily Beskin ... Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique Les Ulis [u.a.] EDP Sciences 2003 Berlin [u.a.] Springer XXXII, 625 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Astrophysics Italy Astrophysik (DE-588)4003326-0 gnd rswk-swf Akkretion (DE-588)4130446-9 gnd rswk-swf Italien Electronic Books. (DE-588)1071861417 Konferenzschrift 2002 Les Houches gnd-content Astrophysik (DE-588)4003326-0 s Akkretion (DE-588)4130446-9 s DE-604 Beskin, Vasilij Semenovič Sonstige (DE-588)128744227 oth NATO Advanced Study Institute Sonstige (DE-588)16283565-6 oth École d'Été de Physique 78 2002 Les Houches Sonstige (DE-588)10072475-9 oth Erscheint auch als Online-Ausgabe 0-585-44113-8 GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014851301&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique Astrophysics Italy Astrophysik (DE-588)4003326-0 gnd Akkretion (DE-588)4130446-9 gnd |
| subject_GND | (DE-588)4003326-0 (DE-588)4130446-9 (DE-588)1071861417 |
| title | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |
| title_alt | Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |
| title_auth | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |
| title_exact_search | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |
| title_exact_search_txtP | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |
| title_full | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique ed. by Vassily Beskin ... |
| title_fullStr | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique ed. by Vassily Beskin ... |
| title_full_unstemmed | Accretion discs, jets and high energy phenomena in astrophysics Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique ed. by Vassily Beskin ... |
| title_short | Accretion discs, jets and high energy phenomena in astrophysics |
| title_sort | accretion discs jets and high energy phenomena in astrophysics ecole d ete de physique des houches session lxxviii 29 july 23 august 2002 nato advanced study institute euro summer school ecole thematique du cnrs disques d accretion jets et phenomenes de haute energie en astrophysique |
| title_sub | Ecole d'Été de Physique des Houches, Session LXXVIII, 29 July - 23 August, 2002. NATO Advanced Study Institute, Euro Summer School, École Thématique du CNRS = Disques d'accrétion, jets et phénomènes de haute énergie en astrophysique |
| topic | Astrophysics Italy Astrophysik (DE-588)4003326-0 gnd Akkretion (DE-588)4130446-9 gnd |
| topic_facet | Astrophysics Italy Astrophysik Akkretion Italien Konferenzschrift 2002 Les Houches |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014851301&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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