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⁺ transport will be thoroughly investigated. Comprehensive S-L and S–S–L interface characterization (EIS, XPS and TEM, in cooperation with DC#2) is planned. In cooperation with DC1 (anode materials) and DC15
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deverá exceder a duração do Projeto acima identificado. O contrato tem início previsto em 1 de setembro 2026 The hiring of the PhD Researcher shall be made by means of an non-fixed Term Employment Contract
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/2004, of August 18, in its current wording; FCT, I.P. Research Grant Regulations, in force (https://www.fct.pt/wp-content/uploads/2026/01/RBi_Republicado_2025.pdf ); Regulation No. 522/2020, published in
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, strengthening cryo-ET and volume EM research across the Cambridge/Boston community. The full job description is available, here: https://acrobat.adobe.com/id/urn:aaid:sc:US:4001a239-70bd-4d68-837c-15d86f680ace
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interfaces. The structure-activity relationship between groups in polymers, metal centres and electrochemical CO2 reduction/evolution performances will be studied by FTIR, NMR, CO2 adsorption/desorption, TEM
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: https://impactinnovation.se/program/swedish-metals-minerals/ Your work assignments As a PhD student in this project, you will work in a world-leading group focused on application-inspired basic research
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and S-L interfaces, which are subsequently refined using high-resolution microscopy (EELS, TEM) and NMR measurements. We will then deploy these refined, high-fidelity models to analyse the structural
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of the produced powders and films: SEM/EDS, TEM, XRD, ICP-OES, EBSD, etc. Correlate material morphology and composition with final TE material and device performance. Develop TE devices optimized for both energy
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microstructural characterization: Operation and analysis using advanced analytical techniques (GISAXS, GIWAXS, TEM, SCLC experiments) to correlate the evolution of semiparacrystalline (SPC) morphology with device
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, ultracentrifugation) and nanocaracterization methods (Dynamic Light Scattering – DLS, Transmission Electron Microscopy – TEM, Zeta Potential, Western blotting); - Experience with in vitro cellular immunology models