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Titlebook: Laboratory Astrophysics and Space Research; P. Ehrenfreund,C. Krafft,V. Pirronello Book 1999 Springer Science+Business Media Dordrecht 199

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Interstellar and Interplanetary Grains,tions of absorption bands against the background of other stars, by studies of the infrared emission of dusty circumstellar shells, and by analyses of materials separated from meteorites and Interplanetary Dust Particles (IDPs) captured in the lower stratosphere of the Earth. The mineralogy of inter
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Investigation on Planetary Atmospheres using Laboratory Simulation Experiments, observations. This type of simulation permits the direct study of objects that space missions can’t study or have not studied yet, through the production of laboratory analogues of gaseous or solid phases. But the representativity of these laboratory analogues is of crucial importance.
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Carbon - From Space to Laboratory,sed. Carbon plays an active role in the lifecycle of stars and the interstellar medium. It is the basis of a rich interstellar chemistry and the main component of pre-biotic organic material in space. The aim of the review is to build a bridge between astronomical spectroscopy and laboratory studies
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Application of Laser Desorption Mass Spectrometry (LDMS) to Cosmogeochemistry: Direct Analysis of Oses might play in biogenesis. Although it was established over a century ago that some meteorites contain carbonaceous material which, in part, was in the form of organic compounds, their analyses has posed an extreme challenge due to the limited sample amount available and the possible contaminatio
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Aspects of Laboratory Dust Aggregation with Relevance to the Formation of Planetesimals,tion of 20th century’s exact science it was proven that the Sun and the Solar System have formed simultaneously and from the same reservoir of material. In addition, astronomers started to collect vast information on star-forming regions which are useful ingredients for a modern theory on the origin
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