The abnormally low concentration of xenon compared to other noble gases in Earth’s atmosphere remains debated, as the identification of mantle minerals that can capture and stabilize xenon is challenging. Here, the authors propose that xenon iron oxides could be potential Xe hosts in Earth’s lower mantle
The elemental and isotopic compositions of five noble gases (He, Ne, Ar, Kr and Xe) have been determ...
The abundances of 30 trace elements, including the volatile chalcophile/siderophile elements As, Cd,...
Mineral separates (olivine (Ol), clinopyroxene (Cp), and orthopyroxene (Op)) of ultramafic xenoliths...
An enduring geological mystery concerns the missing xenon problem, referring to the abnormally low c...
Xenon, which is quite inert under ambient conditions, may become reactive under pressure. The possib...
International audienceThe field of noble gases chemistry has witnessed amazing advances in the last ...
International audienceXenon (Xe), the heaviest of the stable noble gases, is missing by a factor of ...
International audienceXenon (Xe), the heaviest of the stable noble gases, is missing by a factor of ...
International audienceNoble gas isotopes are powerful tracers of the origins of planetary volatiles,...
International audienceNoble gases serve as unique tracers of the origin and evolution of Earth's vol...
International audienceStorage of Xe at depth in silicate minerals has recently been proposed to expl...
International audienceWhile the field of noble gas reactivity essentially belongs to chemistry, Eart...
Storage of Xe in silicate minerals has been proposed to explain the ‘Missing Xenon’ issue, i.e. the ...
Xenon (Xe), the heaviest of the stable noble gases, is missing by a factor of 20 relatively to other...
Study of commercially produced volcanic CO2 gas associated with the Colorado Plateau, USA, has revea...
The elemental and isotopic compositions of five noble gases (He, Ne, Ar, Kr and Xe) have been determ...
The abundances of 30 trace elements, including the volatile chalcophile/siderophile elements As, Cd,...
Mineral separates (olivine (Ol), clinopyroxene (Cp), and orthopyroxene (Op)) of ultramafic xenoliths...
An enduring geological mystery concerns the missing xenon problem, referring to the abnormally low c...
Xenon, which is quite inert under ambient conditions, may become reactive under pressure. The possib...
International audienceThe field of noble gases chemistry has witnessed amazing advances in the last ...
International audienceXenon (Xe), the heaviest of the stable noble gases, is missing by a factor of ...
International audienceXenon (Xe), the heaviest of the stable noble gases, is missing by a factor of ...
International audienceNoble gas isotopes are powerful tracers of the origins of planetary volatiles,...
International audienceNoble gases serve as unique tracers of the origin and evolution of Earth's vol...
International audienceStorage of Xe at depth in silicate minerals has recently been proposed to expl...
International audienceWhile the field of noble gas reactivity essentially belongs to chemistry, Eart...
Storage of Xe in silicate minerals has been proposed to explain the ‘Missing Xenon’ issue, i.e. the ...
Xenon (Xe), the heaviest of the stable noble gases, is missing by a factor of 20 relatively to other...
Study of commercially produced volcanic CO2 gas associated with the Colorado Plateau, USA, has revea...
The elemental and isotopic compositions of five noble gases (He, Ne, Ar, Kr and Xe) have been determ...
The abundances of 30 trace elements, including the volatile chalcophile/siderophile elements As, Cd,...
Mineral separates (olivine (Ol), clinopyroxene (Cp), and orthopyroxene (Op)) of ultramafic xenoliths...