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The aim of this thesis project is to design a fully operational phase-change immersion set-up with the aim of achieving very high heat transfer coefficients (and thus cooling energy-dense equipment
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specifically-designed particles to contaminated or damaged regions using diffusiophoresis for remediation. For that, the candidate will, Perform an extensive literature review on diffusiophoresis in porous media
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Work Plan: This PhD aims at developing beyond-state-of-the-art electromagnetic attacks to compromise keyboard availability (denial of service) and integrity (fault injection). To that end, we will take
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biocompatible nanoparticles (Nano-HE) to block the interaction of HE with the protein heme centers. Aim 3 will also explore the potential to design novel HE-based probes for O2 •– based on self-immolation
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A.cm-2 ). Beyond the design of the metal catalysts, understanding the role of the local environment on the selectivity of the reaction and the stability of the system is one of the main obstacles
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-correlate the impact of each ageing phenomenon on the EIS and to allow diagnosis of the early stage of degradation. Objectives and work plan: Long-term durability tests in accelerated stress conditions will
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members, in a multidisciplinary, varied and collaborative environment. The thesis is funded by a single-team ANR project designed to promote internal collaborations within a research team, where you will
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designed to promote internal collaborations within a research team, where you will benefit from sustained and diversified supervision to train you in research. Other parts are open to applications (thesis
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constructions innovantes de récepteurs olfactifs à la surface de cellule HEK ainsi que la mesure de leur réponse à des molécules odorantes d’intérêt pour la parfumerie et le drug design. La visualisation et
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of alternative renewable resources. IFPEN's originality and strength lie in its ability to ensure continuity between fundamental research, applied research and innovation. IFPEN develops technological solutions