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deterioration or degradation in a single cell directly impacts the battery's overall performance and lifespan. Therefore, it is crucial to have a monitoring system in place for close oversight of this critical
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Location: Mohammed VI Polytechnic University (UM6P) Duration: [12–24 months, renewable based on performance] Start Date: 01-09-2025 Field: Catalysis,separation Chemical Engineering About UM6P
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include laboratory investigations, prototyping, field testing, and performance analysis of water harvesting systems across various climatic contexts. In line with E4W’s mission, the postdoctoral researchers
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processes. This project focuses on utilizing computational techniques to understand and enhance the performance of catalysts in reactions such as hydrogenation, oxidation, and biomass conversion. We
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. The goal is to explore innovative, renewable solutions that support environmentally responsible mineral processing, while maintaining high efficiency and selectivity in flotation performance
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interphase generation at both anode and cathode interfaces to improve battery performance. Implement strategies to enhance the manufacturing processes for electrode and electrolyte materials, focusing
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. The research aims to improve our understanding of the integrated functioning of continental surfaces and their interaction with climate and humans, with emphasis on sustainable management of natural resources
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transport properties both in the bulk and across interfaces. Develop novel electrolyte chemistries aimed at directing interphase generation at both anode and cathode interfaces to improve battery performance
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ability to: Design, implement, and validate an experimental photocatalytic measurement setup Perform conversion measurements at laboratory scale Synthesize and develop new catalytic materials Characterize
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performance and enhancing resource recovery. The ideal candidate will have a strong background in mineral processing, comminution modeling, and ore characterization, and will contribute to developing