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accident situation. In order to solve this problem, we propose in this project to develop specific sensors using porous materials of the Metal-Organic Framework (MOF) type for the selective detection
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equipment available in the clean rooms of C2N, Geeps and the IPVF. The aim of the project is to develop methods for accessing the properties of each sub-cell in tandem solar cells, without using separate
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lead to innovative applications in future nanodevices. A central aspect of the project will involve finite-element simulation studies of ferroelectric materials, specifically analyzing the effects
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and carbon. The student will primarily use stable isotope tools such as thallium, barium, vanadium, potassium, zinc and copper. The student will receive training in ion exchange chromatographic methods
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of Analytical Chemistry and Materials for Environment and Health (CAMATES) develops analytical methods for the detection of organic molecules mainly in the air but also in other environmental matrices (water
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. A better understanding of these transitions is a key factor in solving the evolutionary enigma of sexual reproduction. These transitions are poorly understood, both empirically and theoretically
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measurements, etc.). Fine characterization analyses will also be performed at the LINK laboratory in Japan. Electrocatalytic performance will be assessed using state-of-the-art electrochemical methods, in half
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switching units that will be self-assembled onto metallic surfaces. We expect these chiral self-assembled monolayers to display many chirality-related fascinating properties increased by the metal atom
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these new challenges, we propose to develop an innovative nano-structuration method for directly aligning the LC molecules inside a III-V semiconductor microcell. It is based on the use of self-assembled GaAs
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that characterize inflammation in response to severe infection (sepsis). At the same time, you will use a reference method from hospital biology laboratories to compare, from an analytical point of view