Several specimens of Libyan Desert Glass (LDG), an enigmatic natural glass from Egypt, were subjected to investigation by micro-Raman spectroscopy. The spectra of inclusions inside the LDG samples were successfully measured through the layers of glass and the mineral species were identified on this basis. The presence of cristobalite as typical for high-temperature melt products was confirmed, together with co-existing quartz. TiO2 was determined in two polymorphic species, rutile and anatase. Micro-Raman spectroscopy proved also the presence of minerals unusual for high-temperature glasses such as anhydrite and aragonite
This study presents Raman spectroscopic analyses of melt inclusions in tourmaline from tourmaline-qu...
International audienceRaman spectrometers will form a key component of the analytical suite of futur...
The effect of chemical composition on the Raman spectra of a series of natural calcalkaline silicate...
Libyan desert glass (LDG) is a melt product whose origin is still a matter of controversy. With the...
International audienceResults are presented of new geological observations and laboratory analyses o...
Libyan Desert Glass (LDG) is a SiO2-rich natural glass whose origin, formation mechanism, and target...
In this contribution we show, using several examples, that Raman spectroscopy is a very important qu...
We report on micro-Raman spectroscopy as a tool to improve the quality of the industrial glass produ...
Glasses, minerals and tiny inclusions as melting products of a xenolite have been analyzed with mole...
This study proposes a new nondestructive methodology that combines micro-Raman spectroscopy and micr...
A method is proposed for determining the water concentration in silicate melt inclusions (MI) by con...
This study presents Raman spectroscopic analyses of melt inclusions in tourmaline from tourmaline-qu...
Development of Raman spectrometry for quantification of water content in natural glasses requires th...
This study presents Raman spectroscopic analyses of melt inclusions in tourmaline from tourmaline-qu...
International audienceRaman spectrometers will form a key component of the analytical suite of futur...
The effect of chemical composition on the Raman spectra of a series of natural calcalkaline silicate...
Libyan desert glass (LDG) is a melt product whose origin is still a matter of controversy. With the...
International audienceResults are presented of new geological observations and laboratory analyses o...
Libyan Desert Glass (LDG) is a SiO2-rich natural glass whose origin, formation mechanism, and target...
In this contribution we show, using several examples, that Raman spectroscopy is a very important qu...
We report on micro-Raman spectroscopy as a tool to improve the quality of the industrial glass produ...
Glasses, minerals and tiny inclusions as melting products of a xenolite have been analyzed with mole...
This study proposes a new nondestructive methodology that combines micro-Raman spectroscopy and micr...
A method is proposed for determining the water concentration in silicate melt inclusions (MI) by con...
This study presents Raman spectroscopic analyses of melt inclusions in tourmaline from tourmaline-qu...
Development of Raman spectrometry for quantification of water content in natural glasses requires th...
This study presents Raman spectroscopic analyses of melt inclusions in tourmaline from tourmaline-qu...
International audienceRaman spectrometers will form a key component of the analytical suite of futur...
The effect of chemical composition on the Raman spectra of a series of natural calcalkaline silicate...