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inorganic source of chloride as recently published in Science. Nevertheless, this low temperature (below 60 °C) catalytic route has a number of drawbacks (economical viability, access to BCl3, additional
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expertise in coordination chemistry, supramolecular or organic chemistry, and be proficient in standard analytical techniques (NMR, UV-Vis, IR, etc.). A strong interest in solid-state characterizations
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for the inverse modeling of displacement data (Fukushima et al., 2005). Both approaches will be benchmarked on analytic solutions for fractures (Okubo, 1992) and ellipsoids (Nikkhoo and Rivalta, 2022). They will
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experimental atmospheric chemistry. Applicants should have good knowledge of either analytical, physical or atmospheric chemistry. Ideally, applicants should also have a talent for experimental research
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, and physicochemical characterization techniques. English: Level B1 Personal Qualities: Rigor, autonomy, analytical skills, ability to work in a team, and good communication skills. An interest in
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. Results will be interpreted in light of simpler, semi-analytical models of hydrofracture propagation. The seismicity and seafloor deformation observed during and after notable intrusion events across
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applications, Analytical techniques (HPLC, spectroscopie fluorescence, FTIR, RMN,…) Omics approaches (proteomics and metabolomics GC-MS, UHPLC-EST-HRMS…) LanguagesENGLISHLevelGood LanguagesFRENCHLevelGood
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and assembly) (3) the study of their structure and their properties and (4) analytical and numerical modeling. Where to apply Website https://emploi.cnrs.fr/Candidat/Offre/UMR5031-CORAME0-048
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, Intellectual curiosity and adaptability Analytical and synthesis skills: ability to understand complex issues and extract the information essential for decision-making LanguagesFRENCHLevelExcellent
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target trial protocol Ability to collaborate effectively with multidisciplinary international experts (clinicians, statisticians, methodologists) Capacity to rigorously document and present analytical