The abundance and isotopic composition of noble gases in meteorites is discussed in relation to the composition of the early solar system. Carbonaceous chondrites contain a unique Xenon-X, which is rich in heavy and light isotopes. Variations in the occurrence of type-X and type-Y (the normal component) noble gases are of such magnitude that neither the injection of material from a nearby supernova nor presence of presolar grains can account for the anomalies in meteorites. Therefore, it is suggested that the entire solar system may have condensed from the debris of a single local supernova
International audienceWe have performed a comprehensive noble gas study, including the isotopes of k...
International audienceWe have performed a comprehensive noble gas study, including the isotopes of k...
The isotopic and elemental abundances of noble gases in the solar system are investigated, using si...
The composition of Xe released from carbonaceous chondrites between 600 and 1000 C, particularly its...
Noble gases are not rare in the Universe, but they are rare in rocks. As a consequence, it has been ...
The general isotopic anomalies in meteoritic xenon are described in detail. Where superior isotopic ...
Analyses of noble gases from four natural gases reveal radiogenic He4 and Ar40, excess Ne21 and Ar38...
Rare gases in meteorites and lunar samples are discussed stimulating the discovery of the solar wind...
Analyses of noble gases from four natural gases reveal radiogenic He4 and Ar40, excess Ne21 and Ar38...
The abundance and isotopic composition of helium, neon, argon, krypton, and xenon which were release...
We suggest that xenon isotopes in meteorites and in outer regions of the Sun contain debris from a s...
Fundamental insights in the field of cosmochemistry have come from the study of the abundances and i...
Isotopically anomalous xenon in chondrites is closely associated with low-Z noble gases, but there i...
Analyses of the noble gases in samples of iron meteorites are presented which indicate the following...
By taking account of a size distribution of planetesimals, we show that noble gases gravitationally ...
International audienceWe have performed a comprehensive noble gas study, including the isotopes of k...
International audienceWe have performed a comprehensive noble gas study, including the isotopes of k...
The isotopic and elemental abundances of noble gases in the solar system are investigated, using si...
The composition of Xe released from carbonaceous chondrites between 600 and 1000 C, particularly its...
Noble gases are not rare in the Universe, but they are rare in rocks. As a consequence, it has been ...
The general isotopic anomalies in meteoritic xenon are described in detail. Where superior isotopic ...
Analyses of noble gases from four natural gases reveal radiogenic He4 and Ar40, excess Ne21 and Ar38...
Rare gases in meteorites and lunar samples are discussed stimulating the discovery of the solar wind...
Analyses of noble gases from four natural gases reveal radiogenic He4 and Ar40, excess Ne21 and Ar38...
The abundance and isotopic composition of helium, neon, argon, krypton, and xenon which were release...
We suggest that xenon isotopes in meteorites and in outer regions of the Sun contain debris from a s...
Fundamental insights in the field of cosmochemistry have come from the study of the abundances and i...
Isotopically anomalous xenon in chondrites is closely associated with low-Z noble gases, but there i...
Analyses of the noble gases in samples of iron meteorites are presented which indicate the following...
By taking account of a size distribution of planetesimals, we show that noble gases gravitationally ...
International audienceWe have performed a comprehensive noble gas study, including the isotopes of k...
International audienceWe have performed a comprehensive noble gas study, including the isotopes of k...
The isotopic and elemental abundances of noble gases in the solar system are investigated, using si...