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Canaux ioniques d'intérêt thérapeutique
Grenoble, en 2015 à Montpellier, en 2017 à Lille et en 2021 à Nantes, en présence des membres étrangers du
Capitalizing knowledge on Common Alerting Protocol, individual Capacities & Capabilities of practitioners for guiding a New Cap for Alerting population in France with a multichannel platform. – Cap-4-Multi-Can-Alert
Cap4 Multi-Can'Alert is an experimental development project within the framework of the 2024 Olympic Games. It aims to develop an innovative multi-channel alert solution, which will combine different distribution channels, adapted to the regulatory and technological contexts emerging in France, and which will integrate the needs of end users and the reactions to be expected from the population.
Capture of the operational Traces of the company’s actors to build human Capital and define the winning Processes – CaTCaP
Learning and evolution of actors' practices, based on individual and collective competencies
Carbo-silylation Reactions as Central Tool for the Synthesis of Complex Silaheterocycles – C-Sil
Silicon-containing heterocycles are very valuable scaffolds as they have shown specific properties in very different fields such as, but not limited to, materials, fragrances and pharmaceuticals. Due to the lack of synthetic methodologies for these compounds, there is an urgent need to develop simple and environmentally friendly approaches.
Carbon partitioning in nanostructured ferritic phases: kinetics and microstructures – CAP NANO
The proposed project is devoted to provide a better fundamental understanding of the Quench and Partitioning (Q&P) process, in the aim of optimizing the production of the next generation of Advanced High Strength Steels (AHSS). Q&P is a new route proposed to produce the third generation of AHSS.
Carbonucleotides as anti-Malarial agents – CARMA
threat in tropical and subtropical countries. In 2021, the World Health Organization estimated the number
Caribbean Active SeismoTectonics: Shedding light on the seismic and tsunami hazards – CAST
Two major life-altering earthquakes – 2010 and 2021 – have recently occurred along the western onshore
Catalyst Design for Small Molecules Activation and Reduction by Electrocatalysis – CaDeSMARE
Our goals are to address the fundamental and major societal issues related to cost-effective and energetically efficient production of NH3 from N2 via homogeneous catalysis and the catalytic reversible transformation of the couple H+/H2 for fuel cell applications. Catalysts based on polydentate N ligands/metal combination are targeted to evaluate N2 and H2 activation; reduction of N2 into NH3.
Catalysts with Metal-Ligand Cooperation for Sustainable Energy – CatEngy
Catalysts with Metal-Ligand Cooperation for Sustainable Energy (CatEngy) project addresses some challenges of a sustainable chemistry and production of alternative energy source for future generations. Hydrogen and alcohols are potential energy careers. Storage of dihydrogen H2 under safe and easy to handle form is a challenge to overcome for the development of hydrogen-based energies and chemical storage (i.e. dissociated hydrogen) is a topic of intense research receiving strong interest.
