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capture and utilization (CCU). What you’ll do: Develop and optimize electrochemical processes to capture and convert CO₂ into valuable products (e.g., fuels, chemicals). Work with catalysts, electrodes
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. The post-doctoral researcher will be responsible for the analysis and design of reconfigurable optical metasurfaces, making use of optimization and inverse design methodologies. Where to apply E-mail
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. The post-doctoral researcher will be responsible for the analysis and design of reconfigurable optical metasurfaces making use of optimization and inverse design methodologies and contribute to project
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. Comprehensive physicochemical characterization to elucidate structure–property relationships. Structured catalysts fabricated by washcoating on commercial supports, optimized for stability and catalytic
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development of optimization software, in the context of work packages (WPs): WP3 (DT Modelling, Operation and Governance for resilient value networks), WP4 (Integration and pilot deployments), and WP5 (Pilot
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the field. He/she will work on WP4 RNA–based Pesticides with aim to develop, evaluate, and optimize RNA-based pesticide formulations. They should also be adaptable and able to work with a range of people in a
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electrolytes with various additives, will be explored to achieve optimal shear thickening (ST), maintaining or improving electrical conductivity of the composite electrolyte. Within this framework the selected
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of Engineering). (https://www.fme.aegean.gr/en/p/alexopoulos-nikolaos) ) 1.2.1 About the project MADE-3D is paving the way for the future of additive manufacturing by optimizing the multi-material process and
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About the project MADE-3D is paving the way for the future of additive manufacturing by optimizing the multi-material process and developing innovative multi-material components. Using breakthrough
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paving the way for the future of additive manufacturing by optimizing the multi-material process and developing innovative multi-material components. Using breakthrough technologies such as computational