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Discontinuities and Vector-Borne Diseases in Urban Areas. A Simulation Model of a Complex Pathogenic System. – MO3
MO3 aims (i) to develop a simulation model to study the sensitivity of epidemic dynamics to targeted anti-vector control scenarios and (ii) to evaluate in a large metropolis where dengue is endemic, Bangkok ( Thailand), the effectiveness of these strategies. 1. Meta-analysis of the work relating dif
Microscale modeling of fracture-matrix interactions under reactive two-phase flow – FraMatI
The objective of the FraMatI project is to improve our fundamental understanding of fractures alteration and to develop predictive capabilities of reactive multi-phase flow in complex geological formations. The scientific strategy relies on a systematic multi-scale analysis of the fracture-matrix in
Nano-mechanical engineering of 2D materials – CHACAL
The ultimate goal is to identify the genesis of specific morphological structures on the interacting 2D materials, by a controlled mechanical nano-engineering. - CVD growth of single-sheet graphene on polycrystalline Cu substrates - Confirmation of the validity of continuum mechanics laws to unders
Agglomerated powders for thick ceramic coatings by solid-state dynamic spraying – CERASOL
To achieve this, the main objectives are: (1) to improve the understanding and control of macro and micro deformation, adhesion and layer construction mechanisms from specific agglomerated powders deposited on a rough metallic substrate, (2) to establish the influence of the nature of the material
Carbo-silylation Reactions as Central Tool for the Synthesis of Complex Silaheterocycles – C-Sil
In this project, we would like to develop general and practical synthetic methods to make silaheterocyclic compounds readily available and easy to diversify in order to make these structures as tractable as other heterocycle families. To do so, we will focus our attention on domino reactions by taki
Thermomorphic Polyethylene-Supported Organocatalysts for the Valorization of Biomass and CO2 – ThermoPESO
With the depletion of the fossil carbon reserve and the need to limit emissions of greenhouse gases, the utilization of renewable biomass as a feedstock has become a necessity in the long term and a real challenge for chemists and biochemists. However, the use of the biomass implies that many techno
Impact of climate change on forest reproduction and regeneration – FOREPRO
FOREPRO is organized along three objectives: (1) The physiological and climatic determinants of oak masting will be identified (i) by assessing the effects of tree resource availability on reproduction and growth, (ii) by measuring the relative weight of pollen limitation and weather vetoes on mas
Cooperative Catalysis Between Metal Single Atoms and Nanoparticles – COMET
Supported metal catalysts dominate the production technology of chemicals, fuels and polymers, and help protect the environment. Since the active phases are often composed of noble metals, expensive and for the most part identified as critical elements, a logical step is to optimize their dispersion
Hybrid systems combining perovskite solar cells and supercapacitors based on coconuts activated carbon for Energy Conversion-Storage devices
The ECS project proposed and developed compact devices called photo-storage devices combining perovskite solar cells and supercapacitors as a solution for concomitant energy harvesting and storage ( Sustainable Energy Fuels , 5 , 4784-4806, 2021 ). This compact de
Electrochemically promoted tyrosine-click-chemistry for protein labelling – E-CLICK
Bioorthogonal ligation methods are extensively explored for the development of protein conjugates, which are of considerable importance in the therapeutic field and in biotechnology industries. The electrochemically promoted tyrosine-click-chemistry for protein labelling (e-CLICK) project will consi
