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(CSOs). Interactions between microplastics and organic or inorganic matter, as well as their influence on transport mechanisms will be investigated. One of the main objectives is to quantify and
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objects. Solid experience in field research is required, as well as related analytical methods. The candidate must have already written scientific articles in French and English. Language: fluency in
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the assimilation of paleoclimate data in order to offer the best compromise between different scientific objectives for representing the climate and its variability, particularly in tropical areas. · Contribute
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natural and synthetic polymers) • Macromolecular and shaped object characterization • Shaping: Electrospinning, for example • Cell culture • Motivation to solve scientific problems • Ability to read and
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Prof. C. Serra. The project is part of the fight against theft in stores. - Synthesis and functionalization of polymers - Microfluidics - Qualify objects produced using characterization or analysis
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. To achieve the objective of the project, the activities will be grouped into 3 tasks: (1) Routine operation of the thermochemical heat storage apparatus : For this, the selected candidate will take charge of
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. Among these materials, the aim here is to design new functionalities integrated within Gallium Nitride (GaN) vertical components. The scientific objectives of this position are summarized in one main task
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project focuses on estimating dead fuel produced by forest dieback. In previous projects, a processing chain using Sentinel-2 data has already been developed (Mouret et al., 2024). The objective here is to
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of additives in a PP matrix, which ultimately dictates the crystallinity and mechanical properties of the material. The objective of this study is to leverage these concepts to design new functional additives
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mechanisms will then be tested with the aim of producing biomimetic objects inspired by plant cells, such as microcapsules or fibers, using microfluidic approaches. References: Guilbert, E., de Loubens, C