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validation of a CHONSP system for high-temperature combustion would have a major impact on the combustion community and industry. Objectives: During the first part of the thesis, the student will develop
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demonstrated. Their development remains limited due to the lack of reliable processes to control the nanoparticles, in particular their size and structure, in the fibres. This project proposes to develop
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controls strain localization at different scales in the Earth. To do so, we will develop a framework for modeling self-consistently strain localization in rocks deforming by ductile processes
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controls strain localization at different scales in the Earth. To do so, we will develop a framework for modeling self-consistently strain localization in rocks deforming by ductile processes
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. Today, the most challenging endeavor in this regard is to monitor the evolution of these interfaces during device operation, i.e. operando. Hence, we aim to develop a new strategy for coupled probes
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will be asked to collaborate with the scientific teams of the EpiCure project. This will involve extensive periods of time spent in the lab to develop a philosophical project that is scientifically
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UPS) and the Toulouse Biotechnology Institute, Bio & Chemical Engineering (TBI), CNRS-INSA (UMR 5504)-INRAE (UMR 792), has the following objectives: 1- prepare a set of UCNP-coated microspheres and Ru
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of magnitude depending on the method used. In order to avoid this margin of error, the idea here is to develop a completely abinitio method to calculate these cross sections. Requirements Research
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the acidity of the aggregates of HFIP molecules created by hydrogen bonds to form a supramolecular catalyst for non-reactive substrates. The student will develop new transformations to create C-C and C
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structures - Develop photosensitive resins with the right combinations of photoinitiator systems - Characterize polymerization kinetics through real-time monitoring (FTIR, DSC, rheology, etc.). - Characterize