AbstractThe purpose of this paper was to prepare the silica aerogel using the sol-gel and supercritical drying processes. The supercritical drying was chosen as the most effective process, ensuring the best properties of product. For this reason the authors designed and built the supercritical dryer stand that allowed drying samples in high pressure and elevated temperature. The obtained silica aerogels exhibited good transparency, homogeneity, and comparable density. The specific surface measured by means of BET analysis equaled 870.5 g/cm
International audienceThermal superinsulation materials (typically aerogels, with thermal conductivi...
With their low thermal conductivity (λ), silica aerogels can reduce carbon emissions from heating an...
Conventional hydrogel drying techniques can often induce collapse and shrinkage of the gel nanostruc...
AbstractThe purpose of this paper was to prepare the silica aerogel using the sol-gel and supercriti...
Silica aerogels have drawn a lot of interest both in science and technology because of their low bul...
International audienceOne of the problems largely commented in the sol-gel science is how to make la...
Abstract−Thermally and mechanically enhanced nanoporous silica-polyurethane hybrid aerogel was synth...
Des aérogels de différentes densités ont été préparés par un préséchage suivi d'un séchage hypercrit...
Carbon dioxide (CO2) and methane (CH4), the two most abundant greenhouse gases, continue to rise eve...
The objective of the present research work is to synthesize transparent, hydrophobic, monolithic sil...
Ambient pressure dried (APD) silica aerogel-like monoliths with different underlying silica structur...
The supercritical drying effects were investigated, on a series of samples synthesized with: tetrame...
The solvent exchange as one of the most important steps during the manufacturing process of organic ...
International audienceAmbient pressure drying of the silica-based alcogels is used to produce lower ...
Silica aerogel powders were synthesized from inexpensive water glass under ambient-pressure drying (...
International audienceThermal superinsulation materials (typically aerogels, with thermal conductivi...
With their low thermal conductivity (λ), silica aerogels can reduce carbon emissions from heating an...
Conventional hydrogel drying techniques can often induce collapse and shrinkage of the gel nanostruc...
AbstractThe purpose of this paper was to prepare the silica aerogel using the sol-gel and supercriti...
Silica aerogels have drawn a lot of interest both in science and technology because of their low bul...
International audienceOne of the problems largely commented in the sol-gel science is how to make la...
Abstract−Thermally and mechanically enhanced nanoporous silica-polyurethane hybrid aerogel was synth...
Des aérogels de différentes densités ont été préparés par un préséchage suivi d'un séchage hypercrit...
Carbon dioxide (CO2) and methane (CH4), the two most abundant greenhouse gases, continue to rise eve...
The objective of the present research work is to synthesize transparent, hydrophobic, monolithic sil...
Ambient pressure dried (APD) silica aerogel-like monoliths with different underlying silica structur...
The supercritical drying effects were investigated, on a series of samples synthesized with: tetrame...
The solvent exchange as one of the most important steps during the manufacturing process of organic ...
International audienceAmbient pressure drying of the silica-based alcogels is used to produce lower ...
Silica aerogel powders were synthesized from inexpensive water glass under ambient-pressure drying (...
International audienceThermal superinsulation materials (typically aerogels, with thermal conductivi...
With their low thermal conductivity (λ), silica aerogels can reduce carbon emissions from heating an...
Conventional hydrogel drying techniques can often induce collapse and shrinkage of the gel nanostruc...