Add to ORKGRecent advances in plasma chemical techniques in the area of soil removal and reversal of terrestrial oxidation effects in archaeological artifacts and meteorites shows promise for further application in meteoritics and geochemistry. We present here two possible application of low-temperature oxygen plasma treatment which may be useful in the area of mass spectrometry for the removal of noble gases from important selected geochemical samples of interest. Presented at the 49th Annual Meeting of the Meteoritical Society
Sample preparation, involving physical and chemical methods, is an unavoidable step in geochemical a...
This study investigates the potential of low-temperature oxygen plasma ashing as a technique for dec...
Interrogation of the chemical composition of rocky planets provides a deeper understanding of the hi...
Recent advances in plasma chemistry (1-3) have yielded impressive results and hold great promise for...
Noble gases are very rare elements in most relevant samples in geochemistry and cosmochemistry. Nobl...
The first edition of Inductively Coupled Plasma Spectrometry and its Applications was written as a h...
Plasma oxidation, an alternative to combustion, is shown to be a non-destructive method for obtainin...
The growing field of applications of plasma as deposition, etching, surface modification and chemica...
In the past few years, the physics of low temperature plasmas has received a new stimulus from appli...
This paper briefly discusses the source, harm and removal methods of sulfur-containing malodorous ga...
International audiencePlasma Chemistry refers to chemical processes occurring in partially ionized m...
The purpose of this project was to demonstrate a practical, environmentally benigh technology for th...
Gases present in the Earth crust are important in various branches of human activities. Hydrocarbons...
International audienceCold Atmospheric Plasmas (CAPs) are now currently used for numerous applicatio...
In plasma processing the efficient dissociation of molecules is the key element for producing the pr...
Sample preparation, involving physical and chemical methods, is an unavoidable step in geochemical a...
This study investigates the potential of low-temperature oxygen plasma ashing as a technique for dec...
Interrogation of the chemical composition of rocky planets provides a deeper understanding of the hi...
Recent advances in plasma chemistry (1-3) have yielded impressive results and hold great promise for...
Noble gases are very rare elements in most relevant samples in geochemistry and cosmochemistry. Nobl...
The first edition of Inductively Coupled Plasma Spectrometry and its Applications was written as a h...
Plasma oxidation, an alternative to combustion, is shown to be a non-destructive method for obtainin...
The growing field of applications of plasma as deposition, etching, surface modification and chemica...
In the past few years, the physics of low temperature plasmas has received a new stimulus from appli...
This paper briefly discusses the source, harm and removal methods of sulfur-containing malodorous ga...
International audiencePlasma Chemistry refers to chemical processes occurring in partially ionized m...
The purpose of this project was to demonstrate a practical, environmentally benigh technology for th...
Gases present in the Earth crust are important in various branches of human activities. Hydrocarbons...
International audienceCold Atmospheric Plasmas (CAPs) are now currently used for numerous applicatio...
In plasma processing the efficient dissociation of molecules is the key element for producing the pr...
Sample preparation, involving physical and chemical methods, is an unavoidable step in geochemical a...
This study investigates the potential of low-temperature oxygen plasma ashing as a technique for dec...
Interrogation of the chemical composition of rocky planets provides a deeper understanding of the hi...