Astrophysical concepts:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
New York [u.a.]
Springer
1998
|
| Edition: | 3. ed. |
| Series: | Astronomy and astrophysics library
|
| Subjects: | |
| Links: | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007939657&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| Physical Description: | XIV, 651 S. graph. Darst. |
| ISBN: | 0387949437 |
Staff View
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| 100 | 1 | |a Harwit, Martin |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Astrophysical concepts |c Martin Harwit |
| 250 | |a 3. ed. | ||
| 264 | 1 | |a New York [u.a.] |b Springer |c 1998 | |
| 300 | |a XIV, 651 S. |b graph. Darst. | ||
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Record in the Search Index
| DE-BY-TUM_call_number | 0701 0011 A 20 |
|---|---|
| DE-BY-TUM_katkey | 1108398 |
| DE-BY-TUM_location | Mag |
| DE-BY-TUM_media_number | 040020662873 |
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| adam_text | MARTIN HARWIT ASTROPHYSICAL CONCEPTS THIRD EDITION WITH 174
ILLUSTRATIONS SPRINGER CONTENTS PREFACE TO THE THIRD EDITION V 1 AN
APPROACH TO ASTROPHYSICS 1 1:1 CHANNELS FOR ASTRONOMICAL INFORMATION 3
1:2 X-RAY ASTRONOMY: DEVELOPMENT OF A NEW FIELD 5 1:3 THE APPROPRIATE
SET OF PHYSICAL LAWS 9 1:4 THE FORMATION OF STARS 10 1:5 EVOLUTION OF
STARS 13 1:6 ABUNDANCE OF THE CHEMICAL ELEMENTS IN STARS AND THE SOLAR
SYSTEM 21 1:7 ORIGIN OF THE SOLAR SYSTEM 26 1:8 THE LOCAL GROUP OF
GALAXIES 35 1:9 GALAXY FORMATION *,. . . 38 1:10 BLACK HOLES 40 1:11
TURBULENCE 41 1:12 PROBLEMS OF LIFE 42 1:13 UNOBSERVED ASTRONOMICAL
OBJECTS 44 2 THE COSMIC DISTANCE SCALE 49 2:1 SIZE OF THE SOLAR SYSTEM
49 2:2 TRIGONOMETRIC PARALLAX 50 2:3 SPECTROSCOPIC PARALLAX 50 2:4 THE
MOVING CLUSTER METHOD 50 2:5 METHOD OF WILSON AND BAPPU 51 2:6
SUPERPOSITION OF MAIN SEQUENCES 53 2:7 RR LYRAE VARIABLES 54 2:8 CEPHEID
VARIABLES 54 I CONTENTS 2:9 NOVAE AND HII REGIONS 54 2:10 SUPERNOVAE 55
2:11 THE TULLY-FISHER RELATION 55 2:12 DISTANCE-RED-SHIFT RELATION 55
2:13 DISTANCES AND VELOCITIES 57 2:14 SEELIGER S THEOREM AND NUMBER
COUNTS IN COSMOLOGY . . . . 57 PROBLEMS DEALING WITH THE SIZE OF
ASTRONOMICAL OBJECTS ... 60 ANSWERS TO SELECTED PROBLEMS 61 DYNAMICS AND
MASSES OF ASTRONOMICAL BODIES 63 3:1 UNIVERSAL GRAVITATIONAL ATTRACTION
63 3:2 ELLIPSES AND CONIC SECTIONS 66 3:3 CENTRAL FORCE 67 3:4 TWO-BODY
PROBLEM WITH ATTRACTIVE FORCE 68 3:5 KEPLER S LAWS 69 3:6 DETERMINATION
OF THE GRAVITATIONAL CONSTANT 73 3:7 THE CONCEPT OF MASS 75 3:8 INERTIAL
FRAMES OF REFERENCE * THE EQUIVALENCE PRINCIPLE . . 77 3:9 GRAVITATIONAL
RED SHIFT AND TIME DILATION 78 3:10 MEASURES OF TIME 80 3:11 USES OF
PULSAR TIME, 81 3:12 GALACTIC ROTATION 82 3:13 SCATTERING IN AN INVERSE
SQUARE LAW FIELD 83 3:14 STELLAR DRAG . ^ 85 3:15 VIRIAL THEOREM 88 3:16
STABILITY AGAINST TIDAL DISRUPTION 90 ADDITIONAL PROBLEMS 92 ANSWERS TO
SELECTED PROBLEMS 93 RANDOM PROCESSES 97 4:1 RANDOM EVENTS 97 4:2 RANDOM
WALK 98 4:3 DISTRIBUTION FUNCTIONS, PROBABILITIES, AND MEAN VALUES ....
103 4:4 PROJECTED LENGTH OF RANDOMLY ORIENTED RODS 103 4:5 THE MOTION OF
MOLECULES 106 4:6 IDEAL GASLAW 109 4:7 RADIATION KINETICS ILL 4:8
ISOTHERMAL DISTRIBUTIONS 112 4:9 ATMOSPHERIC DENSITY 113 4:10 PARTICLE
ENERGY DISTRIBUTION IN AN ATMOSPHERE 115 4:11 PHASE SPACE 117 4:12
ANGULAR DIAMETERS OF STARS 120 4:13 THE SPECTRUM OF LIGHT INSIDE AND
OUTSIDE A HOT BODY 121 4:14 BOLTZMANN EQUATION AND LIOUVILLE S THEOREM
127 4:15 FERMI-DIRAC STATISTICS 130 CONTENTS IX 4:16 THE SAHA EQUATION .
. . 133 4:17 MEAN VALUES 134 4:18 FLUCTUATIONS 135 4:19 THE FIRST LAW OF
THERMODYNAMICS 136 4:20 ISOTHERMAL AND ADIABATIC PROCESSES 138 4:21
FORMATION OF CONDENSATIONS AND THE STABILITY OF THE INTERSTELLAR MEDIUM
139 4:22 IONIZED GASES AND ASSEMBLIES OF STARS 142 ANSWERS TO SELECTED
PROBLEMS 145 PHOTONS AND FAST PARTICLES 149 5:1 THE RELATIVITY PRINCIPLE
149 5:2 RELATIVISTIC TERMINOLOGY 150 5:3 RELATIVE MOTION 154 5:4
FOUR-VECTORS 158 5:5 ABERRATION OF LIGHT 160 5:6 MOMENTUM, MASS, AND
ENERGY 162 5:7 THE DOPPLER EFFECT 164 5:8 POYNTING*ROBERTSON DRAG ON A
GRAIN 166 5:9 MOTION THROUGH THE COSMIC MICROWAVE BACKGROUND RADIATION ,
167 5:10 PARTICLES AT HIGH ENERGIES 169 5:11 HIGH-ENERGY COLLISIONS 170
5:12 FASTER-THAN-LIGHT PARTICLES 172 5:13 STRONG GRAVITATIONAL FIELDS
174 5:14 GRAVITATIONAL TIME DELAY; DEFLECTION OF LIGHT 178 5:15
GRAVITATIONAL LENSES 179 5:16 AN INDEPENDENT MEASURE OF THE HUBBLE
CONSTANT 181 ANSWERS TO SELECTED PROBLEMS 182 ELECTROMAGNETIC PROCESSES
IN SPACE 183 6:1 COULOMB S LAW AND DIELECTRIC DISPLACEMENT 183 6:2
COSMIC MAGNETIC FIELDS 185 6:3 OHM S LAW AND DISSIPATION 187 6:4
MAGNETIC ACCELERATION OF PARTICLES 187 6:5 AMPERE S LAW AND THE RELATION
BETWEEN COSMIC CURRENTS AND MAGNETIC FIELDS 189 6:6 MAGNETIC MIRRORS,
MAGNETIC BOTTLES, AND COSMIC RAY PARTICLES . 189 6:7 MAXWELL S EQUATIONS
192 6:8 THE WAVE EQUATION 193 6:9 PHASE AND GROUP VELOCITY 195 6:10
ENERGY DENSITY, PRESSURE, AND THE POYNTING VECTOR 196 6:11 PROPAGATION
OF WAVES THROUGH A TENUOUS IONIZED MEDIUM . . 198 6:12 FARADAY ROTATION
200 6:13 LIGHT EMISSION BY SLOWLY MOVING CHARGES 204 X CONTENTS 6:14
GRAVITATIONAL RADIATION 209 6:15 LIGHT SCATTERING BY UNBOUND CHARGES 210
6:16 SCATTERING BY BOUND CHARGES 212 6:17 EXTINCTION BY INTERSTELLAR
GRAINS 213 6:18 ABSORPTION AND EMISSION OF RADIATION BY A PLASMA 215
6:19 RADIATION FROM THERMAL RADIO SOURCES 220 6:20 SYNCHROTRON RADIATION
222 6:21 THE SYNCHROTRON RADIATION SPECTRUM 224 6:22 THE COMPTON EFFECT
AND INVERSE COMPTON EFFECT 228 6:23 THE SUNYAEV-ZEL DOVICH EFFECT 232
6:24 SYNCHROTRON EMISSION AND THE INVERSE COMPTON EFFECT ON A COSMIC
SCALE 233 6:25 THE CHERENKOV EFFECT 234 ANSWERS TO SELECTED PROBLEMS 236
7 QUANTUM PROCESSES IN ASTROPHYSICS 241 7:1 ABSORPTION AND EMISSION OF
RADIATION BY ATOMIC SYSTEMS . . 241 7:2 QUANTIZATION OF ATOMIC SYSTEMS
242 7:3 ATOMIC HYDROGEN AND HYDROGENLIKE SPECTRA 246 7:4 SPECTRA OF
IONIZED HYDROGEN 253 7:5 HYDROGEN MOLECULES,. 254 7:6 THE INFORMATION
CONTAINED IN SPECTRAL LINES 258 7:7 SELECTION RULES 261 7:8 ABSORPTION
AND EMISSION LINE PROFILE 263 7:9 QUANTUM MECHANICAL TRANSITION
PROBABILITIES 265 7:10 STIMULATED EMISSION, COHERENT PROCESSES, AND
BLACKBODY RADIATION 271 7:11 STIMULATED EMISSION AND COSMIC MASERS 274
7:12 STELLAR OPACITY 276 7:13 CHEMICAL COMPOSITION OF STELLAR
ATMOSPHERES * THE RADIATIVE TRANSFER PROBLEM * * * * 280 ANSWERS TO
SELECTED PROBLEMS 284 8 STARS 287 8:1 OBSERVATIONS 287 8:2 SOURCES OF
STELLAR ENERGY 290 8:3 REQUIREMENTS IMPOSED ON STELLAR MODELS 293 8:4
MATHEMATICAL FORMULATION OF THE THEORY 294 8:5 RELAXATION TIMES 296 8:6
EQUATION OF STATE 299 8:7 LUMINOSITY 301 8:8 OPACITY INSIDE A STAR 303
8:9 CONVECTIVE TRANSFER 307 8:10 NUCLEAR REACTION RATES 310 CONTENTS XI
8:11 PARTICLES AND BASIC PARTICLE INTERACTIONS 313 8:12
ENERGY-GENERATING PROCESSES IN STARS 315 8:13 THE HERTZSPRUNG*RUSSELL
DIAGRAM AND STELLAR EVOLUTION . . . . 322 8:14 EVIDENCE FOR STELLAR
EVOLUTION, AS SEEN FROM THE SURFACE COMPOSITION OF SOME STARS 325 8:15
THE POSSIBILITY OF DIRECT OBSERVATIONS OF NUCLEAR PROCESSES IN STARS 329
8:16 POPULATION III STARS 331 8:17 COMPACT STARS 332 8:18 WHITE DWARF
STARS 333 8:19 SUPERNOVAEJ NEUTRON STARS, AND BLACK HOLES 338 8:20
VIBRATION AND ROTATION OF STARS 343 ADDITIONAL PROBLEMS 344 ANSWERS TO
PROBLEMS 346 9 COSMIC GAS AND DUST 351 9:1 OBSERVATIONS 351 9:2
STROMGREN SPHERES 360 9:3 PRESSURE PROPAGATION AND THE SPEED OF SOUND
365 9:4 SHOCK FRONTS AND IONIZATION FRONTS 367 9:5 ORIGIN OF COSMIC
MAGNETIC FIELDS 373 9:6 DYNAMO AMPLIFICATION OF MAGNETIC FIELDS 377 9:7
COSMIC RAY PARTICLES IN THE INTERSTELLAR MEDIUM 379 9:8 FORMATION OF
MOLECULES AND GRAINS 384 9:9 INFRARED EMISSION FROM GALACTIC SOURCES 388
9:10 POLYCYCLIC AROMATIC HYDROCARBONS 390 9:11 HEATING AND COOLING BY
GRAINS 392 9:12 ORIENTATION OF INTERSTELLAR GRAINS 394 9:13 DARK MATTER
400 ADDITIONAL PROBLEMS 403 ANSWERS TO SELECTED PROBLEMS . . . 403 10
FORMATION OF STARS AND PLANETARY SYSTEMS 407 10:1 STAR FORMATION 407
10:2 GRAVITATIONAL CONDENSATION OF MATTER * 409 10:3 JEANS CRITERION 410
10:4 HYDROSTATICS OF GASEOUS CLOUDS 413 10:5 AMBIPOLAR DIFFUSION 413
10:6 TRIGGERED COLLAPSE 415 10:7 ENERGY DISSIPATION 416 10:8 COOLING OF
DENSE CLOUDS BY GRAIN RADIATION 419 10:9 CONDENSATION IN THE EARLY SOLAR
NEBULA 423 10:10 THE EVIDENCE PROVIDED BY METEORITES 427 10:11 FORMATION
OF PRIMITIVE CONDENSATES IN THE EARLY SOLAR NEBULA . 431 XII CONTENTS
10:12 FORMATION OF PLANETESIMALS 432 10:13 CONDENSATION IN THE PRIMEVAL
SOLAR NEBULA 434 ANSWERS TO SELECTED PROBLEMS 436 11 THE UNIVERSE WE
INHABIT 439 11:1 QUESTIONS ABOUT THE UNIVERSE 439 11:2 ISOTROPY AND
HOMOGENEITY OF THE UNIVERSE 440 11:3 COSMOLOGICAL PRINCIPLE 441 11:4
HOMOGENEOUS ISOTROPIC MODELS OF THE UNIVERSE 443 11:5 MEASURING THE
GEOMETRIC PROPERTIES OF THE UNIVERSE 447 11:6 TOPOLOGY OF THE UNIVERSE
455 11:7 DYNAMICS ON A COSMIC SCALE 457 11:8 SOME SIMPLE MODELS OF THE
UNIVERSE 457 11:9 THE EINSTEIN EQUATIONS 460 11:10 SELF-REGENERATING
UNIVERSES 462 11:11 OLBERS S PARADOX 463 11:12 HORIZON OF A UNIVERSE 465
11:13 BULGING 467 11:14 COSMOLOGICAL MODELS WITH MATTER AND ANTIMATTER
469 11:15 DO THE CONSTANTS OF NATURE CHANGE WITH TIME? 470 11:16 THE
FLOW OF TIME . 474 ANSWERS TO SELECTED PROBLEMS 478 12 THE EARLY
UNIVERSE 483 12:1 BACKGROUND RADIATION 483 12:2 BACKGROUND CONTRIBUTIONS
OF DISCRETE SOURCES 485 12:3 COOL EXPANDING UNIVERSE 488 12:4
EXTRAPOLATING BACK TO EARLY EPOCHS 489 12:5 THE ISOTROPY PROBLEM 492
12:6 THE DENSITY PARAMETER FI 493 12:7 HOT EXPLODING UNIVERSE * * * *
494 12:8 THE FLATNESS PROBLEM 496 12:9 THE PLANCK ERA 497 12:10
INFLATIONARY COSMOLOGICAL MODELS 499 12:11 THE MATTER-ANTIMATTER
ASYMMETRY 503 12:12 THE POST-INFLATIONARY STAGE 503 12:13 THE ENTROPY OF
THE UNIVERSE 504 12:14 EARLY ELEMENT FORMATION 505 12:15 HOW HOT WAS THE
EARLY UNIVERSE? 508 12:16 GALAXY FORMATION 510 ANSWERS TO PROBLEMS 510
13 ORIGINS OF STRUCTURE 513 13:1 THE INHOMOGENEOUS UNIVERSE 513 13:2 A
SWISS-CHEESE MODEL 514 CONTENTS XIII 13:3 BIRKHOFF S THEOREM 519 13:4
EMBEDDINGS 519 13:5 ESTIMATES OF THE DENSITY PARAMETER 2 O 522 13:6
LOOKING BACK IN TIME 524 13:7 INHOMOGENEITIES IN THE MICROWAVE
BACKGROUND RADIATION . . . 524 13:8 THE INFLATIONARY ERA 527 13:8.1 THE
VERY EARLIEST TIMES 528 13:8.2 THE POST-INFLATIONARY PHASE TRANSITION
529 13:9 INFLATIONARY ORIGINS OF STRUCTURE 531 13:10 THE NATURE OF DARK
MATTER 533 13:11 PRIMORDIAL BLACK HOLES 535 13:12 PHYSICAL CONDITIONS AT
GALAXY FORMATION 537 13:13 THE DECOUPLING ERA 538 13:14 PHOTON DRAG 538
13:15 OSCILLATIONS BEFORE DECOUPLING 539 13:16 CONDENSATION ON
SUPERHORIZON SCALES 540 13:17 CONDENSATION ON SUBHORIZON SCALES 542
13:18 FORMATION OF SHEETS OF GALAXIES 543 13:19 LOCALIZED COUPLING AND
CONDENSATION 544 13:20 ACCRETION ONTO GALAXY-FORMING SEEDS 546 13:21
INFLATIONARY-LEMAITRE JJNIVERSES 549 13:22 LAST IMPACT AND DECOUPLING OF
MATTER FROM RADIATION 551 13:23 HEATING OF GAS AFTER DECOUPLING 551
13:24 PROTOGALACTIC COOLING 552 13:25 FORMATION OF OUR OWN GALAXY 552
13:26 GROWTH THROUGH MERGING 555 13:27 FINAL THOUGHTS 556 ANSWERS TO
SELECTED PROBLEMS 556 14 LIFE IN THE UNIVERSE 559 14:1 INTRODUCTION * *
* 559 14:2 THERMODYNAMICS OF BIOLOGICAL SYSTEMS 559 14:3 ORGANIC
MOLECULES IN NATURE AND IN THE LABORATORY 561 14:4 ORIGINS OF LIFE ON
EARTH 564 14:5 THE CHEMICAL BASIS OF TERRESTRIAL LIFE 565 14:6
LABORATORY SYNTHESES 567 14:7 PANSPERMIA 567 14:8 HIGHER ORGANISMS AND
INTELLIGENCE 568 14:9 COMMUNICATION AND SPACE TRAVEL 568 PROBLEM 14-2
ANSWER 570 EPILOGUE 573 APPENDIX A: ASTRONOMICAL TERMINOLOGY 575 A:L
INTRODUCTION 575 XIV CONTENTS A:2 THE SUN 576 A:3 THE SOLAR SYSTEM 577
A:4 STELLAR SYSTEMS AND GALAXIES _. 581 A:5 BRIGHTNESS OF STARS 585 A:6
CLASSIFICATION OF STARS 589 A:7 THE DISTRIBUTION OF STARS IN SPACE AND
VELOCITY 598 A: 8 PULSARS, RADIO STARS, AND X-RAY SOURCES 599 A:9
QUASARS AND ACTIVE GALACTIC NUCLEI, AGNS 603 A:10 GAMMA-RAY BURSTS 605
A: 11 PHOTONS AND COSMIC RAY PARTICLES 606 APPENDIX B: ASTROPHYSICAL
CONSTANTS 607 B:L PHYSICAL CONSTANTS 607 B:2 ASTRONOMICAL CONSTANTS 608
B:3 UNITS 608 LIST OF REFERENCES 609 INDEX 635
|
| any_adam_object | 1 |
| author | Harwit, Martin |
| author_facet | Harwit, Martin |
| author_role | aut |
| author_sort | Harwit, Martin |
| author_variant | m h mh |
| building | Verbundindex |
| bvnumber | BV011765972 |
| classification_rvk | US 2000 |
| classification_tum | PHY 903f |
| ctrlnum | (OCoLC)450194210 (DE-599)BVBBV011765972 |
| discipline | Physik |
| edition | 3. ed. |
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| id | DE-604.BV011765972 |
| illustrated | Illustrated |
| indexdate | 2024-12-20T10:18:15Z |
| institution | BVB |
| isbn | 0387949437 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-007939657 |
| oclc_num | 450194210 |
| open_access_boolean | |
| owner | DE-29T DE-703 DE-91G DE-BY-TUM DE-1050 DE-20 DE-83 DE-11 |
| owner_facet | DE-29T DE-703 DE-91G DE-BY-TUM DE-1050 DE-20 DE-83 DE-11 |
| physical | XIV, 651 S. graph. Darst. |
| publishDate | 1998 |
| publishDateSearch | 1998 |
| publishDateSort | 1998 |
| publisher | Springer |
| record_format | marc |
| series2 | Astronomy and astrophysics library |
| spellingShingle | Harwit, Martin Astrophysical concepts Astrophysik (DE-588)4003326-0 gnd |
| subject_GND | (DE-588)4003326-0 |
| title | Astrophysical concepts |
| title_auth | Astrophysical concepts |
| title_exact_search | Astrophysical concepts |
| title_full | Astrophysical concepts Martin Harwit |
| title_fullStr | Astrophysical concepts Martin Harwit |
| title_full_unstemmed | Astrophysical concepts Martin Harwit |
| title_short | Astrophysical concepts |
| title_sort | astrophysical concepts |
| topic | Astrophysik (DE-588)4003326-0 gnd |
| topic_facet | Astrophysik |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=007939657&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT harwitmartin astrophysicalconcepts |
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