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-free techniques can be applied for making porous heterogeneous catalysts from cellulose and covalent organic framework (COFs). In this role, you have the opportunity to apply and develop your skills in
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physics-based models (e.g., porous electrode theory and single-particle models); and familiarity with computational tools for data analysis and/or simulation. These qualifications are normally
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that has been exploring how these solvent-free techniques can be applied for making porous heterogeneous catalysts from cellulose and covalent organic framework (COFs). In this role, you have the
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Helmholtz-Zentrum Berlin für Materialien und Energie | Jena, Thüringen | Germany | about 2 months ago
in chemistry, materials science, or a related discipline, with a focus on the chemistry of porous (carbon) materials and gas separation Relevant experience in polymer synthesis and characterization is
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Your Job Strong confinement in highly disordered and intricate environments is essential for understanding the behavior of a broad class of systems with intrinsic motility. Porous materials -- such
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concepts for alkaline battery operation Designing and fabricating porous iron electrodes Performing electrochemical evaluation in relevant cell configurations Applying advanced characterization methods
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University of Amsterdam (UvA) | Amsterdam, Provincie Noord-Holland | Netherlands | about 2 months ago
combines porous metal-organic frameworks (MOFs) with fibril-forming peptides. MOFs will act as both reactive interfaces and peptide reservoirs: chemical reactions at the material can trigger peptide release
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field of polymer-derived ceramics , the main activities are in the production of porous ceramics with new manufacturing processes and with adapted porosity and surface functionalisation. Future work will
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Applications are invited from outstanding researchers to be appointed to an academic Lectureship in the chemistry of metal organic frameworks and related porous materials. We welcome applications
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between now and March 2023. Your Task From animals’ circulatory system to random porous media in fuel cells, morphological network adaptation is crucial for optimal perfusion. In living systems, network