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bacteriophage. Main activities will include: Development of a straightforward and inexpensive Mycobacterium tuberculosis (Mtb) lysis solution, comprising pore-forming short cationic peptides and a
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-performance adsorption but also catalytic breakdown of these resilient pollutants. Two structurally distinct MOF systems will be developed, each offering different pore architectures and functional groups
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) information on pore distribution and (ii) computational domains to simulate CVI cycles. • Materials studied: Simple and pre-infiltrated fibrous textures using PIP, provided by project partners. • Acquisitions
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the structural flexibility of organic template-free zeolite nanocrystals. Flexibility will be explored across zeolites with small, medium, and large pores and cages, driven by the movement of cations under
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of absorbing, retaining, and releasing molecules within their pores. The main challenge in designing such adsorbents is to enhance their storage capacity at ambient temperature and pressure while maintaining
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experiments, and machine learning (ML) to understand and predict multiscale transport phenomena in fuel cell systems. In particular, the postdoc will bridge pore-scale simulations and macroscale performance
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. Occupational Summary Anne West’s lab at Duke University in Durham, North Carolina USA (https://www.neuro.duke.edu/research/faculty-labs/west-lab ) is seeking a postdoctoral fellow with experience in nuclear cell
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assemblies that encapsulate defined voids; (2) interfaces – templates and catalytic motifs that direct the controlled formation of target semiconductor materials within confined spaces; (3) pores
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) interfaces – templates and catalytic motifs that direct the controlled formation of target semiconductor materials within confined spaces; (3) pores – structures that regulate the selective entry of metal