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Field
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) combine their expertise to fully develop, that is including sub-systems design and optimization, a versatile reversible sCO2 Brayton cycle targeted to harvest industrial waste heat. In this project, LMFA
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tailored (photo)catalysts would be required to determine the set of chemical and physical parameters that drive the selectivities. Then, the optimized methodology will be applied to important target
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-based LOCs and to explore the use of other biopolymers (dextran, alginate) in order to propose a fully eco-friendly manufacturing process. This will involve optimizing the formulation and manufacturing
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reconfigurability, and Er³⁺-doped oxides for emission, amplification, and single-photon sources. The focus will be on optimizing the incorporation and optical properties of Er³⁺ in various ABO₃ matrices, as
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Institut de Recherche pour le Développement (IRD) | Sete, Languedoc Roussillon | France | 6 days ago
the consortium. Working closely with the research engineer responsible for implementing, maintaining, and optimizing modeling configurations (CROCO/NEMO–PISCES) to ensure consistency between scientific
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impact of bioflocs on growth and health of Penaeus vannamei under commercial farming conditions Identify key microbial and physico-chemical parameters to optimize performance Develop innovative strategies
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Institut de Chimie des Milieux et Matériaux de Poitiers | Poitiers, Poitou Charentes | France | about 1 month ago
pressure) Methodology ZTC Synthesis: Optimization of parameters (temperature, time, atmosphere) Advanced Characterization: Structural: XRD, electron microscopy (SEM, TEM), Raman/IR spectroscopy. Textural
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opportunities for optimizing dielectric and electromechanical properties. Funding category: Contrat doctoral acquis PHD title: Doctorat Matériaux PHD Country: France Where to apply Website https://www.abg.asso.fr
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km far, but public transportation exists for connecting both places. Planning on the researcher work will be provided beforehand in order to optimize his/her displacements. The post-doctoral research
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to understand each project’s needs and translate them into protocols for cell line production. Main activities include: Cell engineering and high-throughput production: o Adapt and optimize culture and