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and non-combustion-derived particles. Particular attention will be given to the study of micro- and nanoplastics, in order to assess the relevance and efficiency of depollution and recycling processes
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symmetries, and to formulate approximate theories and numerical methods that preserve conservation laws. -Examine the potential for these theories to be of use for the studies of waves, instabilities, multi
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review and experiments on operational systems. Analysis of results and drafting of an interim report. Implementation of new characterization systems. - Year 2: Experimentation and analysis of newly
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Research Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description The subject concerns the study of new catalysts
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systems. The fixed-term researcher will report to Dr. Anis Tlili, director of the unit. A stimulating work environment in close contact with research staff 44 days of annual leave / RTT (reduced working
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and ArianeGroup. LHCEP hosts approx. 15 people. Its aim is to find new ergols for future space propulsion. The researcher will report to Dr. Anis Tlili, unit leader. A stimulating work environment in
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this multidisciplinary project. - Improvement of biosensing performances through theoretical and experimental studies of the plasmonic interactions - Plasmonic nano-functionalization of the optofluidic fibers and
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as a secondary affiliation, specializing in innovative materials. The activities of ICMN are at the crossroads of physics and chemistry. They concern the study of nanostructured materials and confined
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chemistry and catalysis. The laboratory is equipped with all the necessary facilities to prepare and characterize supported catalysts and to study their reactivity (Schlenk lines, gloveboxes, ultra-high
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the macroscopic response of the foam, in order to identify the mechanisms governing energy dissipation and hysteresis. These results will then support a second phase dedicated to the study of dynamic