Computer Science – Emerging Technologies
Scientific paper
Apr 1991
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1991ssrv...56..141b&link_type=abstract
(Analysis of samples from solar system bodies with emphasis on existing and emerging technologies; Proceedings of the Internatio
Computer Science
Emerging Technologies
1
Carbonaceous Chondrites, Comets, Isotopes, Chemical Composition, Chronology, Nuclear Fusion, Solar System, Comets, Isotopes, Meteorites, Chondrites, C Chondrites, Heterogeneity, Carbonaceous Chondrites, Chromium 53, Chromium 54, Samples, Meteorite, Manganese 53, Nuclides, Aluminum 26, Isotopic Ratios, Orgueil, Idps, Ci Chondrites, Techniques, Interplanetary Dust, Silicate, Age Dating, Chemistry, Nucelosynthesis
Scientific paper
According to their chemical composition, rich in volatile compounds, comets are thought to be primitive materials. They may provide prime samples for the study of nucleosynthetic components of the solar system and of the processes occurring during the formation of the outer planets. Their origin is largely a matter of conjecture. Cr isotopic measurements in carbonaceous chondrites illustrate how the nonvolatile part of cometary material can be investigated both for isotopic heterogeneity and for the extinct nuclide Mn-53. Questions like the possible presence of Al-26 as a heat source can also be addressed by these measurements.
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