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fine detail, which will be used to develop detailed atmospheric degradation mechanisms. At the same time, isotopic composition will be studied using a state-of-the-art orbitrap technique, which will be
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skills to develop, understand, study and optimize and implement HP/HT microfluidics experimental devices and work with doctoral students, engineers, the project manager and external collaborators. Website
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on the campus of the University of Strasbourg. The LCMI is one of the 8 senior research teams of ISIS and includes around fifteen members. The main goal of this thesis will be to prepare, characterize and study
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support. - Perform standard purification and analysis of organic molecules. - Carry out structural analyses and biophysical measurements. - Measure water and ion transport through membranes. - Prepare
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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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the responsibility of the group manager. The missions of the research project will be : - to develop and study the efficiency of Volatile Organic Compounds (VOCs)-based probes to detect and monitor specific metabolic
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to create assemblies of nanocubes and thus develop new structures that are inaccessible by other means. The subject of this thesis, funded by the Agence Nationale de la Recherche (French government agency