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GRAphene for Circuits and sYstem – GRACY
The GRACY proposal is a fundamental research project and focuses on graphene-based circuits dedicated to innovative applications for communication systems. This ambitious project addresses two academic partners (IEMN and IMS) and one industrial partner (Callisto). The proposal involves innovative so
Cross-diffusion systems in moving domains – COMODO
The production of the thin film inside of which occur the photovoltaic phenomena accounting for the efficiency of the whole solar cell is done via a Physical Vapor Deposition (PVD) process. More precisely, a substrate wafer is introduced in a hot chamber where the different chemical species composin
wateR cyclE For RESilient Heritage – REFRESH
Cultural heritage, as represented by collections in museums and the built environment, is a unique resource in socio-cultural and economic terms. Climate change will lead to extreme events such as droughts and floods, severe storms and heat waves occurring more frequently across Europe. While the im
IMprovement of Photovoltaic conversion efficiency by ACting on Thermalization mecanisms – ICEMAN
Achieving high yields is a key element in the competitiveness of photovoltaic. Among third generation photovoltaic devices, solar cells based on hot carrier operation aim at reducing the thermalization process while obtaining high absorption. The project consortium is highly involved in recent achie
Multifrequency low temeprature plasma at atmospheric pressure and metallic salt for a onde step nanocomposite thin film process, safe by design: application to plasmonic and magnetic nanocomposite – PLASSEL
PLASSEL aims to develop a low cost, one step, process able to prepare polymer/metal nanocomposite (NCs) thin films, with well-controlled properties on large surface substrates. This safe by design process at low environmental impact will be developed for gold plasmonic and nickel magnetic NCs. Its o
Valorise foods and Improve Competitiveness through Emerging Technologies applied to food by-products within the circular economy framework – ValICET
The Mediterranean Agri-food value chain, which represents a complex systems involving several local actors, such as farmers, small-scale food manufacturers, and local distributors among others, is challenged by the dual objective of (i) enhancing competitiveness, which is currently challenged by non
Green Hydrogen-Flexible and Optimised Networks by interDisciplinary, multiDimensional and methOdological Research – GrHyFONDDOR
Green hydrogen is one of the key enablers of the energy transition and decarbonization of our societies as confirmed by the most recent energy roadmaps and national plans aiming for carbon neutrality by 2050. For hydrogen to play a significant role in the future demand mix, its costs should go down
Multiphysics Imager for Microfluidic Fuel Cells – I2MPAC
In the current objective of massive deployment of renewable energies from wind turbines and solar panels, energy storage is the most critical issue to synchronize the electrical production to the consumption. Several studies in the literature have shown how energy storage can transform intermittent
Reconfigurable transmitarrays for beam steering and beam forming at millimetre waves – TRANSMIL
TRANSMIL is a fundamental research project aiming at making major innovations in modeling, design and demonstration of electronically-reconfigurable transmitarrays (TAs) with beam-steering and beam-forming capabilities at millimeter-wave frequencies (Ka band). It fits in the thematic frame “Société
Experimental and theoretical study of energy and charge transfer in nanotube/chromophore compounds. – TRANCHANT
In the framework of the energy challenge and renewable energy sources, an important research activity is devoted to new low-cost photovoltaic materials. Carbon nanotubes grafted with photo-active dyes could lead to an important breakthrough in this domain due to their exceptional transport propertie
