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conditions (subject of the PhD started in 2024 in the SFAM team) ii) the controlled incorporation, on the backbone or in the nanopores of these crystalline architectures, of molecular catalysts based on nickel
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research laboratories, offers the advantage of highly precise control over growth parameters and the purity of the synthesized materials. To achieve this goal, the work is divided into two main objectives
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works carried out at IC2MP, the strategy will consist in a catalytic controlled hydrogenation of biobased furanic derivatives, with the goal of obtaining functionalized tetrahydrofuranic-like chemicals
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quality control. * Design and implement the end-to-end analysis pipeline: preprocessing, source reconstruction, depth-resolved (laminar) analyses, and beta burst detection/analysis; produce reusable, well
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such as chemical analyses, microbial culturing, isotope tracing, or data modeling is highly desirable. • Proficiency in data analysis tools (e.g., Python, R, or MATLAB) and excellent command of English
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is important to control their operating temperature and improve the dissipation of the heat generated during operation. The study is divided into 3 tasks : • task 1: the first task is devoted to a
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considered. This technique consists of extracting the molten polymer by capillary suction via a controlled heat treatment. For this, the parts are coated with a bed of ceramic powder which serves as a porous
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. This includes the controlled synthesis of nanocatalysts, their advanced characterization (TEM, XRD, operando spectroscopies), and analyzing the relationship between their structure and catalytic activity
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to nascent mRNAs, regulate post-transcriptional processes including m6A methylation, subcellular localization, translation, and transcript quality control in various eukaryotic cell systems. In collaboration
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Offer Description The electronic structure of two-dimensional (2D) materials can be selectively modified by controlling their strain, thereby opening new perspectives in microelectronics. In this context