Solar System History from Isotopic Signatures of Volatile Elements: Volume Resulting from an Issi Workshop, 14-18 January 2002, Bern, SwitzerlandR. Kallenbach, Thérèse Encrenaz, Johannes Geiss, Konrad Mauersberger, Tobias Owen, François Robert Springer Science & Business Media, 31/07/2003 - 427 من الصفحات This volume, number 16 in the Space Sciences Series of ISSI, reviews the present knowledgeonmanyaspectsofthehistoryofthesolarsystem. Itfocuses onisotopic signatures ofvolatile elements as tracers for the evolutionary processes during the formation of the Sun and the planets from an interstellar molecular cloud and, in tum, illuminates how the isotopic compositions of present-day solar system ob- jects had been established. This integrated collection of articles complements the information provided by previous ISSI volumes such as From Dust to Terrestrial Planets and Chronology and Evolution of Mars, expanding the time scale for the history ofthe solar system. The convenors, Therese Encrenaz, Observatoire de Paris, Meudon; Johannes Geiss, ISSI, Bern; Reinald Kallenbach, ISSI, Bern; Konrad Mauersberger, Max- Planck-Institut fUr Kernphysik, Heidelberg; Tobias Owen, University of Hawaii, Honolulu; and Fran ois Robert, CNRS-Museum d'Histoire Naturelle, Paris, in- vited experts in planetary science, solar and heliospheric physics, astrophysics, mineralogy, and chemistry to an interdisciplinary workshop in Bern, 14-18 Jan- uary 2002. The resulting review articles are grouped into four sections 'Sun and Protosolar Nebula', 'Outer Solar System', 'Earth, Terrestrial Planets, and Moon', and 'Isotopic FractionationProcesses'. |
المحتوى
ISOTOPIC COMPOSITION OF H HE AND NE IN THE PROTOSOLAR CLOUD | 3 |
OXYGEN ISOTOPES IN THE SOLAR SYSTEM | 19 |
ISOTOPES OF VOLATILES IN PRESOLAR GRAINS | 33 |
ATOMIC DEUTERIUMHYDROGEN IN THE GALAXY | 49 |
DEUTERIUM IN MOLECULES OF THE INTERSTELLAR MEDIUM | 61 |
DEUTERIUM FRACTIONATION IN INTERSTELLAR CLOUDS | 73 |
THE DH RATIO IN CHONDRITES | 87 |
EVOLUTION OF THE PROTOSOLAR NEBULA AND FORMATION OF THE GIANT PLANETS | 105 |
ON NOBLE GAS PROCESSING IN THE SOLAR ACCRETION DISK | 211 |
ELEMENTAL AND ISOTOPIC ABUNDANCES OF CARBON AND NITROGEN IN METEORITES | 231 |
ISOTOPIC CRITERIA FOR IDENTIFICATION OF ORGANIC CARBON ON EARTH AND METEORITES | 249 |
OXYGEN ISOTOPE PROCESSES AND TRANSFER REACTIONS | 265 |
ISOTOPIC FRACTIONATION BY GRAVITATIONAL ESCAPE | 281 |
ISOTOPIC FRACTIONATION BY IONMOLECULE REACTIONS | 293 |
ISOTOPIC FRACTIONATION BY PLASMA PROCESSES | 305 |
SUN AND PROTOSOLAR NEBULA | 319 |
ELEMENT ABUNDANCES AND ISOTOPE RATIOS IN THE GIANT PLANETS AND TITAN | 121 |
ISOTOPIC ABUNDANCES IN COMETS | 139 |
ISOTOPIC SIGNATURES OF PRESOLAR MATERIALS IN INTERPLANETARY DUST | 155 |
ARCHIVES OF THE SOLAR AND PLANETARY CONTRIBUTIONS TO THE INNER SOLAR SYSTEM | 175 |
NOBLE GAS ISOTOPES ON THE MOON | 197 |
ISOTOPIC SIGNATURES OF VOLATILES IN TERRESTRIAL PLANETS | 377 |
GLOSSARY | 413 |
LIST OF ACRONYMS | 423 |
طبعات أخرى - عرض جميع المقتطفات
عبارات ومصطلحات مألوفة
815N values accretion disk Acta asteroid Astron Astrophys atoms Bochsler carbonaceous chondrites chemical chemistry chondrules Clayton cometary comets component core Cosmochim D/H ratio density depleted deuterated deuterium deuterium fractionation dust Earth Earth Planet elements enrichment evolution Figure flux formation Galactic Galileo Probe gas-phase Geiss Geochim Geophys giant planets Gloeckler Grady graphite Herbst hydrogen Icarus IDPs interstellar clouds interstellar medium ions isotopic abundances isotopic composition isotopic fractionation isotopic ratios isotopomers Jupiter Kallenbach Lunar Planet lunar soils mantle Mars Marty mass material measurements meteorites Millar molecular cloud molecules nitrogen Nitrogen Isotopic noble gas noble gases nucleosynthesis observed origin Owen oxygen isotopic ozone particles Pepin phase Pillinger planetary planetesimals pre-solar grains processes protosolar nebula rate coefficients reactions regolith relative reservoirs s-process samples solar nebula solar system solar wind Space Sci species stars stellar supernovae surface temperature trapped U-Xe variations volatile Wieler Zinner