AbstractRaman spectroscopy can be a useful tool to determine water content within clays, or even in highly saturated solutions. The following assignment is proposed for the OH region of SAz-2: the two large bands at 3260 and 3475cm-1 are assigned to water in pores, the first one to water molecules coordinated to the interlayer cations, and the second one to structural Al-OH groups The band at 3600cm-1 is therefore more likely related to adsorbed water on the clay surface. Simple intensity ratios of these different bands give good estimates of water content
International audienceWe have measured the water contents in forsterites and olivines synthesized in...
International audienceRaman microspectrometry of water in individual aqueous fluid inclusions can pr...
This dataset contains Raman spectra of hydrous glasses used in the publication of Le Losq et al. (20...
International audienceThe following assignment is proposed for the OH region of SAz-2. The two large...
AbstractRaman spectroscopy can be a useful tool to determine water content within clays, or even in ...
Abstract--Imeraction of water with montmorillonite exchanged with Na +, K +, Co 2+, and Cu 2+ cation...
Abstract--The vibrational modes of clay minerals in aqueous suspension are uniquely accessible toRam...
The effect of iron content and iron nanolites on Raman spectra of hydrous geologically-relevant glas...
Abstract--The specific surface area, S, of a clay is commonly measured by the adsorption of ethylene...
We present a new approach for the analysis of water in nominally anhydrous minerals using transmissi...
Clay mineral-water interactions are ubiquitous, and crucial to a variety of natural processes includ...
Raman spectroscopy is an efficient method which has been widely employed in many research fields. Ho...
Clay and water are intimately interrelated in nature, and their interaction, which governs many of t...
co-auteur étrangerInternational audienceNew series of alumino-silicate glasses spanning a wide range...
Interlayer cations and moisture content greatly influence the molecular vibrations of H2O in montmor...
International audienceWe have measured the water contents in forsterites and olivines synthesized in...
International audienceRaman microspectrometry of water in individual aqueous fluid inclusions can pr...
This dataset contains Raman spectra of hydrous glasses used in the publication of Le Losq et al. (20...
International audienceThe following assignment is proposed for the OH region of SAz-2. The two large...
AbstractRaman spectroscopy can be a useful tool to determine water content within clays, or even in ...
Abstract--Imeraction of water with montmorillonite exchanged with Na +, K +, Co 2+, and Cu 2+ cation...
Abstract--The vibrational modes of clay minerals in aqueous suspension are uniquely accessible toRam...
The effect of iron content and iron nanolites on Raman spectra of hydrous geologically-relevant glas...
Abstract--The specific surface area, S, of a clay is commonly measured by the adsorption of ethylene...
We present a new approach for the analysis of water in nominally anhydrous minerals using transmissi...
Clay mineral-water interactions are ubiquitous, and crucial to a variety of natural processes includ...
Raman spectroscopy is an efficient method which has been widely employed in many research fields. Ho...
Clay and water are intimately interrelated in nature, and their interaction, which governs many of t...
co-auteur étrangerInternational audienceNew series of alumino-silicate glasses spanning a wide range...
Interlayer cations and moisture content greatly influence the molecular vibrations of H2O in montmor...
International audienceWe have measured the water contents in forsterites and olivines synthesized in...
International audienceRaman microspectrometry of water in individual aqueous fluid inclusions can pr...
This dataset contains Raman spectra of hydrous glasses used in the publication of Le Losq et al. (20...