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Matrices cellulosiques nanostructurées pour superisolants thermiques
Superinsulating sol-gel silica are very promising for thermal superinsulation at atmospheric pressure. However, new solutions need to be developed in order to overcome their mechanical weakness. Resorting to hyperporous cellulosic structures is one of the most pertinent solutions conceivable, as this approach allows reaching aforementioned improvement without augmenting the silica's environmental impact.
Méthode pour garantir les performances des installations de climatisation/chauffage solaire
The project deals with solar installations for cooling, heating and domestic hot water production with sorption chillers. Its aim was to increase the global seasonnal performances of these systems, for their whole lifespan. The project permitted to develop the necessary tool to evaluate these performances and to upgrade the reliability of the systems in order to one day propose serious operation guarantee.
Basic Technological Research
In 2003, the French Ministry of Research expressed the need for a national initiative in nanosciences and nanotechnologies in order to increase the competitiveness of the national research community i
Basic Technological Research
In 2003, the French Ministry of Research expressed the need for a national initiative in nanosciences and nanotechnologies in order to increase the competitiveness of the national research community i
Basic Technological Research
In 2003, the French Ministry of Research expressed the need for a national initiative in nanosciences and nanotechnologies in order to increase the competitiveness of the national research community i
Basic Technological Research
In 2003, the French Ministry of Research expressed the need for a national initiative in nanosciences and nanotechnologies in order to increase the competitiveness of the national research community i
Probabilistic Modelling for Avalanche Risk Assessment
Probabilistic Modelling for Avalanche Risk Assessment
Systèmes dynamiques non-stationnaires : application aux instruments de musique à vent
Understand the behaviour of self-sustained musical instruments for rapid changes in the musician's control on his instrument. Observe and quantify the action of the musician for note attacks, endings and transitions in musical contexts.
Imagerie Nanométrique Femtoseconde par diffraction X cohérente
This project aims at developing a laser based ultrashort and coherent XUV radiation source dedicated to time resolved studies of matter at both nanometer and femtosecond scales through the use of coherent diffractive imaging techniques.
