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Hybrid fibrillar materials from polymers and self-assembled systems – MATISSE
making of nanocables by means of hybrid materials: polymers/self-assembled systems
Ocean Modeling Community – COMODO
Ocean models are essential tools to understand key processes, simulate and forecast events of various space and time scales. The objective of this project is to provide a rigorous evaluation as well as ways of improving existing numerical models to address many environmental issues related to the ocean.
Quantitative assessment of nonlinear soil response during the great 2011 Tohoku earthquake – ONAMAZU
L’hypothèse d’un comportement linéaire des sols lors de mouvements sismiques forts est aujourd’hui dépassée. Une meilleure évaluation de l’aléa ne se fera qu’à travers la compréhension des mécanismes non-linéaires complexes intervenant lors de la réponse dynamique des sols.
64Cu radiolabeled nanomaterials for diagnostic and radiotherapy – Copper nano-pincers
These nanoparticles can be used for both in vitro and in vivo diagnostic as wellas radiotherapeutic agents. Such tools are highly desirable for the development of new targeted therapies for cancer patients. They render possiple the optimization of the radioactive doses and to minimize side effects.
Modelling charge transport in solid dielectrics under electrical stresses and implication on materials reliability in electrical engineering – ModElec
Modelling charge transport in solid dielectrics under electrical stresses and implication on materials reliability in electrical engineering
Development of stainless steel microbial cathodes for microbial fuel cells – BioCathInox
With the new concept of electro-assisted catalysis by microorganisms, born in 2002, Microbial Fuel Cells (MFC) produce electrical energy by oxidizing all kinds of organic compounds (acetate, volatile fatty acids, saccharides ... ) contained in natural environments. However, the low efficiency of the cathode compartment of MFC is a major obstacle to the democratization of this new field of energy.
An Alternative Design for Chiral Brønsted Acid Organocatalysts – CHIRACID
The aim of this project consists in the development of new families of chiral Bronsted acids with planar chirality and a paracyclophane frameworks. These new chiral Bronsted acids will be developed in enantioselective organocatalysis.
Non-Linear waves and turbulence in stratified and rotating fluids – ONLITUR
Non-linear waves and turbulence in rotating and stratified flows
New Free-radical Multicomponent Processes – RAD-MCR
The objective of this project is the development of new methods to assemble 3 or 4 molecules in order to access new and more complex molecular architectures, exhibiting potent biological activities
Group IV laser based on n-type and tensile-strained germanium – GRAAL
n-doped tensile strain group IV germanium laser