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nanomaterials to study optical and magnetic properties via fine structural, optoelectronic and magneto-transport characterizations. The position is available from May 1 for a period of 12 months. It will be
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out molecular simulations to study the structural properties (ion solvation, short- and long-range structure) and reactivity of a liquid composed of different salts (LiFSI, LiPF6, etc.) dissolved in
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thunderstorm structures, delving deeper into these issues is becoming necessary to develop a conceptual model of rain-generating systems and estimate their response to climate change. The aim is to link
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research funds will be provided. The candidate will benefit from the existing structure of the GRAND Paris team, encompassing several institutes in the Paris area, and of the GRAND Collaboration, which
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- Elaboration of ion-conducting polymer electrolytes with controlled architectures and compositions. -Physico-chemical characterization of polymer electrolyte materials (structure, mechanical properties, ionic
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integration mechanisms in neural networks, particularly in motor control structures. The work will be conducted under the supervision of Dr. Antoine Valera, as part of the ERC Cerecode project. The INCI is
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. - This first step will be followed by the construction, in TemisFlow, of the numerical model of the basin based on these data. - The main part of the work will then consist of simulating different hydrogen
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the anatomical structures likely to be linked to respiratory efficiency. Then, this assessment will be done by comparative biomechanical and morphometric analyses based on previous studies on jawed vertebrates. In
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foundation. The IPHC is structured into four departments and has a total of 393 staff members, including 257 permanent employees (119 researchers and faculty members, and 138 engineers and technicians), 46
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, electrical, and thermal properties, and the production process (conventional and solar). • To accurately model and optimize the nano and macro structure of the graphenic carbon-metal system in relation with