Add to ORKGThe abundance and isotopic composition of helium, neon, argon, krypton, and xenon which were released by stepwise heating of lunar fines (15601.64) and (15271.65) were measured spectrometrically. The results of a composition of noble gases released from the lunar fines with noble gases in meteorites and in the earth are presented along with the isotopic composition of noble gases in lunar fines, in meteorites, and in the atmosphere. A study of two isotopically distinct components of trapped xenon in carbonaceous chondrites is also included
Rare gases in meteorites and lunar samples are discussed stimulating the discovery of the solar wind...
We discuss data of light noble gases from the solar wind implanted into a metallic glass target flow...
The origin of volatiles in the Moon's interior is debated. Scenarios range from inheritance through ...
The times when the soils 74001 and 73261 were exposed on the lunar surface were determined by the U-...
The lunar regolith provides a temporal archive of the evolution of the Moon and inner Solar System o...
The lunar regolith provides a temporal archive of the evolution of the Moon and inner Solar System o...
The isotopic and elemental abundances of noble gases in the solar system are investigated, using si...
Antarctic meteorite ALLAN HILLS A81005, an anorthositic breccia, is recognized to be of lunar origin...
Analysis of lunar soil samples returned by Apollo 11 and 12 flights are discussed. Isotopic studies ...
Noble gas compositions of the Asuka-881757 lunar meteorite were determined using 10.2 and 395.3mg sp...
Isotopic abundances of noble gases are reported for whole rock samples, mineral and grain size separ...
Concentrations and isotopic ratios of noble gases in matrix and glassy clast of the lunar meteorite ...
Despite extensive effort during the last four decades, no clear signature of a lunar indigenous nobl...
Despite extensive effort during the last four decades, no clear signature of a lunar indigenous nobl...
The abundance and isotopic composition of noble gases in meteorites is discussed in relation to the ...
Rare gases in meteorites and lunar samples are discussed stimulating the discovery of the solar wind...
We discuss data of light noble gases from the solar wind implanted into a metallic glass target flow...
The origin of volatiles in the Moon's interior is debated. Scenarios range from inheritance through ...
The times when the soils 74001 and 73261 were exposed on the lunar surface were determined by the U-...
The lunar regolith provides a temporal archive of the evolution of the Moon and inner Solar System o...
The lunar regolith provides a temporal archive of the evolution of the Moon and inner Solar System o...
The isotopic and elemental abundances of noble gases in the solar system are investigated, using si...
Antarctic meteorite ALLAN HILLS A81005, an anorthositic breccia, is recognized to be of lunar origin...
Analysis of lunar soil samples returned by Apollo 11 and 12 flights are discussed. Isotopic studies ...
Noble gas compositions of the Asuka-881757 lunar meteorite were determined using 10.2 and 395.3mg sp...
Isotopic abundances of noble gases are reported for whole rock samples, mineral and grain size separ...
Concentrations and isotopic ratios of noble gases in matrix and glassy clast of the lunar meteorite ...
Despite extensive effort during the last four decades, no clear signature of a lunar indigenous nobl...
Despite extensive effort during the last four decades, no clear signature of a lunar indigenous nobl...
The abundance and isotopic composition of noble gases in meteorites is discussed in relation to the ...
Rare gases in meteorites and lunar samples are discussed stimulating the discovery of the solar wind...
We discuss data of light noble gases from the solar wind implanted into a metallic glass target flow...
The origin of volatiles in the Moon's interior is debated. Scenarios range from inheritance through ...