Verfügbarkeit: Fundamental astronomy

Fundamental astronomy:

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Bibliographische Detailangaben
Weitere Verfasser:	Karttunen, Hannu 1952- (HerausgeberIn), Kröger, Pekka (HerausgeberIn), Oja, Heikki (HerausgeberIn), Poutanen, Markku (HerausgeberIn), Donner, Karl Johan (HerausgeberIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Heidelberg ; New York ; Dordrecht ; London Springer [2017]
Ausgabe:	Sixth edition
Schlagworte:	Astronomie Lehrbuch
Online-Zugang:	Inhaltsverzeichnis Inhaltsverzeichnis
Beschreibung:	Enthält 83 Übungen mit Lösungen
Beschreibung:	xiv, 550 Seiten Illustrationen, Diagramme
ISBN:	9783662530443

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Datensatz im Suchindex

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adam_text	CONTENTS 1 INTRODUCTION ................................................................................ 1 1.1 CELESTIAL O B JE C TS............................................................... 1 1.2 THE ROLE OF ASTRONOMY ................................................... 3 1.3 ASTRONOMICAL OBJECTS OF RESEARCH.................................... 4 1.4 THE SCALE OF THE U N IV E RSE ................................................ 10 2 SPHERICAL A STRONOM Y.................................................................. 11 2.1 SPHERICAL TRIGONOMETRY ................................................... 11 2.2 THE E A RTH .......................................................................... 14 2.3 THE CELESTIAL S P H E RE ......................................................... 16 2.4 THE HORIZONTAL SYSTEM ...................................................... 16 2.5 THE EQUATORIAL S YSTEM ...................................................... 17 2.6 RISING AND SETTING TIM ES................................................... 20 2.7 THE ECLIPTIC S Y S TE M ......................................................... 21 2.8 THE GALACTIC COORDINATES................................................... 22 2.9 PERTURBATIONS OF COORDINATES............................................. 22 2.10 POSITIONAL ASTRONOMY ...................................................... 27 2.11 CONSTELLATIONS..................................................................... 31 2.12 STAR CATALOGUES AND M A P S ................................................ 31 2.13 SIDEREAL AND SOLAR T I M E ................................................... 34 2.14 ASTRONOMICAL TIME S YSTEM S ............................. 38 2.15 CALENDARS .......................................................................... 40 2.16 EXAM PLES .......................................................................... 45 2.17 E XERCISES........................................................................... 49 3 OBSERVATIONS AND INSTRUM ENTS................................................... 51 3.1 OBSERVING THROUGH THE ATMOSPHERE................................. 51 3.2 OPTICAL TELESCOPES............................................................ 54 3.3 DETECTORS AND INSTRUM ENTS................................................ 64 3.4 RADIO TELESCOPES............................................................... 74 3.5 OTHER WAVELENGTH REGIONS................................................ 80 3.6 OTHER FORMS OF ENERGY...................................................... 85 3.7 EXAM PLES .......................................................................... 89 3.8 E XERCISES .......................................................................... 90 4 PHOTOMETRIC CONCEPTS AND M AGNITUDES.................................... 91 4.1 INTENSITY, FLUX DENSITY AND L UM INOSITY............................ 91 4.2 APPARENT MAGNITUDES ......................................................... 93 4.3 MAGNITUDE SYSTEMS ............................................................ 94 4.4 ABSOLUTE MAGNITUDES ......................................................... 96 4.5 EXTINCTION AND OPTICAL T H IC K N E SS .................................... 97 4.6 E XAM PLES ........................................................................... 99 4.7 E XERCISES ........................................................................... 101 5 RADIATION M ECHANISM S ............................................................... 103 5.1 RADIATION OF ATOMS AND MOLECULES .................................... 103 5.2 THE HYDROGEN A TO M ......................................................... 105 5.3 LINE P RO FILE S ..................................................................... 107 5.4 QUANTUM NUMBERS, SELECTION RULES, POPULATION NUMBERS 108 5.5 MOLECULAR S P E C TR A ............................................................ I L L 5.6 CONTINUOUS SPECTRA ............................................................ I L L 5.7 BLACKBODY RADIATION ......................................................... I L L 5.8 TEMPERATURES ..................................................................... 114 5.9 OTHER RADIATION MECHANISMS ............................................. 116 5.10 RADIATIVE T RA N SFE R ............................................................ 117 5.11 EXAM PLES ........................................................................... 118 5.12 E XERCISES ........................................................................... 120 6 CELESTIAL M ECHANICS........................ 123 6.1 EQUATIONS OF M O TIO N ......................................................... 123 6.2 SOLUTION OF THE EQUATION OF M O TIO N ................................. 124 6.3 EQUATION OF THE ORBIT AND KEPLERS FIRST L A W .................. 126 6.4 ORBITAL E LEM EN TS ............................................................... 127 6.5 KEPLERS SECOND AND THIRD L A W ....................................... 128 6.6 SYSTEMS OF SEVERAL B O D IE S ................................................ 130 6.7 ORBIT D ETERM INATION ......................................................... 131 6.8 POSITION IN THE O R B I T ......................................................... 132 6.9 ESCAPE VELOCITY .................................................................. 133 6.10 VIRIAL T HEOREM .................................................................. 134 6.11 THE JEANS L IM IT .................................................................. 135 6.12 EXAM PLES ........................................................................... 136 6.13 E XERCISES ........................................................................... 140 7 THE SOLAR S Y STEM ........................................................................ 141 7.1 CLASSIFICATION OF O B JE C TS ................................................... 141 7.2 PLANETARY CONFIGURATIONS ................................................... 143 7.3 ORBIT OF THE EARTH AND VISIBILITY OF THE S U N ..................... 145 7.4 THE ORBIT OF THE M O O N ...................................................... 147 7.5 ECLIPSES AND OCCULTATIONS ................................................ 149 7.6 THE STRUCTURE AND SURFACES OF PLA N E TS .............................. 151 7.7 ATMOSPHERES AND MAGNETOSPHERES .................................... 154 7.8 ALBEDOS .............................................................................. 160 7.9 PHOTOMETRY, POLARIMETRY AND SPECTROSCOPY ..................... 162 7.10 THERMAL RADIATION OF THE PLANETS ....................................... 166 7.11 ORIGIN OF THE SOLAR SYSTEM ................................................ 167 7.12 NICE M O D E LS ..................................................................... 174 XI 7.13 EXAM PLES .......................................................................... 175 7.14 E XERCISES .......................................................................... 178 8 OBJECTS OF THE SOLAR S Y S TE M ...................................................... 181 8.1 MERCURY ............................................................................. 181 8.2 V ENUS ................................................................................ 185 8.3 THE EARTH AND THE M O O N ................................................... 188 8.4 MARS ................................................................................ 196 8.5 JUPITER ................................................................................ 199 8.6 SATURN ................................................................................ 205 8.7 U R A N U S ............................................................................. 208 8.8 NEPTUNE ............................................................................. 211 8.9 DWARF PLANETS..................................................................... 212 8.10 MINOR BODIES..................................................................... 214 8.11 A STEROIDS........................................................................... 214 8.12 C O M E TS.............................................................................. 219 8.13 M ETEOROIDS........................................................................ 222 8.14 INTERPLANETARY DUST AND OTHER P A RTIC LE S ........................... 224 8.15 EXAM PLES .......................................................................... 224 8.16 E XERCISES........................................................................... 225 9 STELLAR S P E C T R A ........................................................................... 227 9.1 MEASURING S P E C TRA ............................................................ 227 9.2 THE HARVARD SPECTRAL CLASSIFICATION................................. 229 9.3 THE YERKES SPECTRAL CLASSIFICATION.................................... 232 9.4 PECULIAR SPECTRA ............................................................... 234 9.5 THE HERTZSPRUNG-RUSSELL DIAGRAM.................................... 235 9.6 MODEL A TM OSPHERES ...................................... 236 9.7 WHAT DO THE OBSERVATIONS TELL U S ? ................................. 237 9.8 EXERCISE ............................................................................. 239 10 BINARY STARS AND STELLAR M ASSES................................................ 241 10.1 VISUAL B INARIES.................................................................. 241 10.2 ASTROMETRIC BINARY S TA RS ................................................... 242 10.3 SPECTROSCOPIC B INARIES...................................................... 243 10.4 PHOTOMETRIC BINARY S TARS................................................... 244 10.5 EXAM PLES........................................................................... 246 10.6 E XERCISES .......................................................................... 247 11 STELLAR S TR U C TU R E ....................................................................... 249 11.1 INTERNAL EQUILIBRIUM C ONDITIONS....................................... 249 11.2 PHYSICAL STATE OF THE G A S .................................................. 252 11.3 STELLAR ENERGY SOURCES...................................................... 254 11.4 STELLAR M O D E LS .................................................................. 257 11.5 EXAM PLES .......................................................................... 260 11.6 E XERCISES .......................................................................... 262 12 STELLAR E V O LU TIO N ....................................................................... 263 12.1 EVOLUTIONARY TIME SCALES ................................................ 263 12.2 THE CONTRACTION OF STARS TOWARDS THE MAIN SEQUENCE . . . 264 12.3 THE MAIN SEQUENCE P H A S E ................................................ 267 12.4 THE GIANT P H A S E ............................................................... 269 12.5 THE FINAL STAGES OF EV O LUTION .......................................... 271 12.6 THE EVOLUTION OF CLOSE BINARY S TA RS ................................. 272 12.7 COMPARISON WITH OBSERVATIONS .......................................... 275 12.8 THE ORIGIN OF THE ELEMENTS ................................................ 277 12.9 EXAMPLE ........................................................................... 280 12.10 E XERCISES ........................................................................... 281 13 THE S U N ....................................................................................... 283 13.1 INTERNAL STRUCTURE ............................................................... 283 13.2 THE A TM OSPHERE ............................................................... 286 13.3 SOLAR ACTIVITY ..................................................................... 290 13.4 SOLAR WIND AND SPACE WEATHER .......................................... 296 13.5 EXAMPLE ........................................................................... 297 13.6 E XERCISES ........................................................................... 297 14 VARIABLE S TA R S .............................................................................. 299 14.1 CLASSIFICATION ..................................................................... 299 14.2 PULSATING VARIABLES ............................................................ 301 14.3 ERUPTIVE V ARIAB LES ............................................................ 303 14.4 SUPERNOVAE ........................................................................ 308 14.5 EXAM PLES ........................................................................... 312 14.6 E XERCISES ........................................................................... 312 15 COMPACT S T A R S ........................................................................... 313 15.1 WHITE D W ARFS ..................................................................... 313 15.2 NEUTRON S TA RS ..................................................................... 315 15.3 BLACK H OLES ........................................................................ 320 15.4 X-RAY B IN A RIE S .................................................................. 322 15.5 EXAM PLES ........................................................................... 325 15.6 E XERCISES ........................................................................... 326 16 THE INTERSTELLAR M EDIUM ............................................................. 327 16.1 INTERSTELLAR D UST .................................................................. 327 16.2 INTERSTELLAR G A S .................................................................. 337 16.3 INTERSTELLAR MOLECULES ......................................................... 345 16.4 THE FORMATION OF PROTOSTARS ............................................. 348 16.5 PLANETARY N E B U LA E ............................................................ 349 16.6 SUPERNOVA REM NANTS ......................................................... 350 16.7 THE HOT CORONA OF THE MILKY WAY . . ................................. 353 16.8 COSMIC RAYS AND THE INTERSTELLAR MAGNETIC F I E L D ............ 354 16.9 EXAM PLES........................................................................... 356 16.10 E XERCISES ........................................................................... 357 17 STAR CLUSTERS AND ASSOCIATIONS ................................................ 359 17.1 A SSOCIATIONS ..................................................................... 359 17.2 OPEN STAR C LU STE RS ............................................................ 361 17.3 GLOBULAR STAR C LU S TE RS .......................................... ... . . . 363 17.4 EXAMPLE ........................................................................... 364 XIII 17.5 E XERCISES........................................................................... 365 18 THE MILKY W A Y ........................................................................... 367 18.1 METHODS OF DISTANCE MEASUREMENT ................................. 367 18.2 STELLAR STATISTICS.................................................................. 371 18.3 THE ROTATION OF THE MILKY WAY ....................................... 375 18.4 STRUCTURAL COMPONENTS OF THE MILKY W A Y ........................ 380 18.5 THE FORMATION AND EVOLUTION OF THE MILKY W AY ............... 383 18.6 EXAM PLES........................................................................... 385 18.7 E XERCISES........................................................................... 386 19 G A LA X IE S....................................................................................... 387 19.1 THE CLASSIFICATION OF GALAXIES.......................................... 387 19.2 LUMINOSITIES AND M ASSES................................................... 392 19.3 GALACTIC STRUCTURES............................................................ 397 19.4 DYNAMICS OF G A LA X IE S ...................................................... 401 19.5 STELLAR AGES AND ELEMENT ABUNDANCES IN GALAXIES .... 404 19.6 SYSTEMS OF G A LA X IE S......................................................... 405 19.7 ACTIVE GALAXIES AND Q UASARS............................................. 409 19.8 THE ORIGIN AND EVOLUTION OF GALAXIES .............................. 416 19.9 E XERCISES........................................................................... 420 20 COSMOLOGY.................................................................................... 421 20.1 COSMOLOGICAL OBSERVATIONS ............................................. 421 20.2 THE COSMOLOGICAL P RIN C IP LE ............................................. 426 20.3 HOMOGENEOUS AND ISOTROPIC UNIVERSES.............................. 427 20.4 THE FRIEDMANN M ODELS...................................................... 429 20.5 COSMOLOGICAL T ESTS............................................................ 431 20.6 HISTORY OF THE UNIVERSE...................................................... 433 20.7 THE FORMATION OF STRUCTURE................................................ 435 20.8 THE FUTURE OF THE UNIVERSE................................................ 439 20.9 EXAM PLES........................................................................... 442 20.10 E XERCISES........................................................................... 443 21 ASTROBIOLOGY................................................................................. 445 21.1 WHAT IS L IFE ? ..................................................................... 445 21.2 CHEMISTRY OF LIFE ............................................................... 446 21.3 PREREQUISITES OF L I F E ......................................................... 448 21.4 H AZARDS.............................................................................. 448 21.5 ORIGIN OF L IFE ..................................................................... 450 21.6 ARE WE MARTIANS? ............................................................ 452 21.7 LIFE IN THE SOLAR S Y S TE M ................................................... 454 21.8 DETECTING LIFE .................................................................. 454 21.9 SET!*DETECTING INTELLIGENT LIFE .................................... 455 21.10 NUMBER OF CIVILISATIONS................................................... 456 21.11 E XERCISES........................................................................... 457 22 EXOPLANETS ................................................................................... 459 22.1 OTHER PLANETARY S YSTEM S................................................... 459 22.2 OBSERVATIONAL M ETHODS...................................................... 459 22.3 PROPERTIES OF EXOPLANETS ................................................... 461 22.4 E XERCISES ........................................................................... 462 APPENDIX A M ATHEM ATICS............................................................... 463 A.L G EOM ETRY............................................................................. 463 A.2 CONIC S E C TIO N S.................................................................... 464 A.3 TAYLOR S E R IE S ....................................................................... 465 A.4 VECTOR CALCULUS.................................................................... 465 A.5 MATRICES................................................................................ 467 A.6 MULTIPLE INTEGRALS................................................................. 469 A. 7 NUMERICAL SOLUTION OF AN EQUATION...................................... 470 APPENDIX B THEORY OF RE LA TIV ITY .................................................. 473 B. L BASIC C ONCEPTS.................................................................... 473 B.2 LORENTZ TRANSFORMATION. MINKOWSKI S P A C E ........................ 474 B.3 GENERAL RELATIVITY .............................................................. 475 B.4 TESTS OF GENERAL RELATIVITY.................................................. 476 APPENDIX C T ABLES .................. 477 ANSWERS TO EXERCISES ........................................................................... 501 FURTHER R E A D IN G ................................................................................. 507 PHOTOGRAPH C R E D I T S ........................................................................... 511 COLOUR S U P P LE M E N T ........................................................................... 513 I N D E X ................................................................................................... 533
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spelling	Fundamental astronomy Hannu Karttunen, Pekka Kröger, Heikki Oja, Markku Poutanen, Karl Johan Donner, editors Sixth edition Heidelberg ; New York ; Dordrecht ; London Springer [2017] © 2017 xiv, 550 Seiten Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Enthält 83 Übungen mit Lösungen Astronomie (DE-588)4003311-9 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Astronomie (DE-588)4003311-9 s DE-604 Karttunen, Hannu 1952- (DE-588)172180457 edt Kröger, Pekka edt Oja, Heikki edt Poutanen, Markku edt Donner, Karl Johan (DE-588)1123082197 edt Erscheint auch als Online-Ausgabe 978-3-662-53045-0 DE-101 pdf/application http://d-nb.info/1103578367/04 Inhaltsverzeichnis DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029428971&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Fundamental astronomy Astronomie (DE-588)4003311-9 gnd
subject_GND	(DE-588)4003311-9 (DE-588)4123623-3
title	Fundamental astronomy
title_auth	Fundamental astronomy
title_exact_search	Fundamental astronomy
title_full	Fundamental astronomy Hannu Karttunen, Pekka Kröger, Heikki Oja, Markku Poutanen, Karl Johan Donner, editors
title_fullStr	Fundamental astronomy Hannu Karttunen, Pekka Kröger, Heikki Oja, Markku Poutanen, Karl Johan Donner, editors
title_full_unstemmed	Fundamental astronomy Hannu Karttunen, Pekka Kröger, Heikki Oja, Markku Poutanen, Karl Johan Donner, editors
title_short	Fundamental astronomy
title_sort	fundamental astronomy
topic	Astronomie (DE-588)4003311-9 gnd
topic_facet	Astronomie Lehrbuch
url	http://d-nb.info/1103578367/04 http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029428971&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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