Asteroids II, Band 1Richard P. Binzel, Tom Gehrels, Mildred Shapley Matthews University of Arizona Press, 1989 - 1258 Seiten "Asteroids II will have some bearing on meteorite research, and will help to clarify our understanding of the many specimens held in both private and public collections throughout the world. I commend the book without reservation."--J.P. Lavielle Impact "This monograph will become indispensable for everybody engaged in the rapidly expanding asteroid research or interested in its current state."--Space Science Reviews "This is an excellent introduction to the subject, recommended for schools with astronomy programs."--Academic Library Review |
Im Buch
93 Seiten stimmen mit dem Suchbegriff "scattering" in diesem Buch überein.
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Inhalt
AN OVERVIEW OF THE ASTEROIDS | 3 |
DISCOVERY AND FOLLOW UP OF ASTEROIDS | 21 |
PHOTOMETRIC LIGHTCURVE OBSERVATIONS AND REDUCTION | 39 |
Urheberrecht | |
49 weitere Abschnitte werden nicht angezeigt.
Häufige Begriffe und Wortgruppen
albedo amplitude Arizona Press asteroid belt asteroid families Astron Astrophys binary asteroids Binzel Bowell breccias Ceres Chapman chapter classes collisional evolution collisions cometary comets composition cratering density diameter distribution dust bands dynamical Earth eccentricity effects ejecta Farinella flux fragments Froeschlé Gaffey Gehrels Gehrels Tucson Gradie Hapke Hartmann Icarus impact infrared IRAS Asteroid Jupiter Lebofsky libration lightcurve Lunar Planet magnitude main-belt asteroids mass material Matson meteorites minor planets objects observations occultation ordinary chondrites Ostro parameters parent bodies particles perturbations phase angles phase curve photometric physical planetary planetesimals population processes proper elements properties radar reflectance region regolith rotation rates S-type asteroids sample satellites scale secular resonances semimajor axis shape solar system spectral studies surface target taxonomy Tedesco teroids thermal Tholen tion Trojans types Univ values Veeder velocity Vesta Veverka wavelength Weidenschilling Wetherill Zappalà Zellner zone