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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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-disciplinary “Bien à l'école” consortium is composed of educational technology companies, 7 education authorities and a computer science lab (LIRIS CNRS UMR 5205). The SICAL research team of the LIRIS lab is
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280 engineers and technicians) in all major areas required to design, develop, and implement experimental devices necessary for its scientific activity: mechanical, electronic, computer science
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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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, particle accelerators, energy and the environment and health. IJCLab has very significant technical capacities (around 280 IT) in all the major fields required to design, develop / implement the experimental
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) and the fact that they can accumulate substantially in protein concentrates and isolates during fractionation technologies , it would be appropriate to use this particularity to develop protein-enriched
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project coordinated by Robin Kaiser. This thesis deals with the development of astronomical instrumentation using the so-called intensity interferometry technique. More specifically, the aim is to develop
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friendly refrigeration [1]. To do so, this PhD aims to develop original modeling methods, based on the development of Machine Learning tools, allowing for the description of complex molecular systems
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energy-intensive and facilitates start-up and shutdown phases. The objectives of the doctoral thesis concern both processes: (i) to develop a simple kinetic model for each new catalyst formulation tested
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it into an open software library that can be interfaced with any structural calculation code (axis 1). – Develop a methodology to improve the description of the actual behaviour of materials with