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properties, allowing innovative systems for energy harvesting or photocatalysis to be designed. Further information about our research can be found on our group web page (https://kirrander.web.ox.ac.uk ) and
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-photocatalysis in organic chemistry. With the support of the Marie Skłodowska-Curie Actions program, the EI project will develop a multidisciplinary training program where students will achieve deep knowledge
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, Materials Science, or a related field. Strong experience in separation sciences or heterogeneous catalysis and/or photocatalysis. Good expertise in the design of adsorption/catalytic reactors. Proficient in
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on projects or scientific publications, in: - Kinetic Monte-Carlo simulations - Density Functional Theory - Topological Phases in 2D materials Additional experience in photocatalysis is a plus. (Compulsory
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worth at least 15 credits, or acquired essentially equivalent knowledge in some other way in Sweden or abroad. Demonstrated knowledge and experience in photocatalysis and electrochemistry, ideally with a
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to the doping of organic semiconductors Knowledge of photochemistry and/or photocatalysis Eligibility for the FADOS programme: At the time of recruitment, be in the first four years of their research career and
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to photocatalysis, protein damage and drug design- initially generate charge-transfer products composed of spin-correlated ion-radical pairs. As the chemical reaction initially generates two spatially confined ions
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to the doping of organic semiconductors Knowledge of photochemistry and/or photocatalysis Eligibility for the FADOS programme: At the time of recruitment, be in the first four years of their research career and
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selection process carried out under this call will observe the principles of the San Francisco Declaration on Research Assessment (DORA), signed in San Francisco, California, on December 16, 2012 (https
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well as to: – Synthesis of chemical compounds and materials, as well as their characterisation through various analytical techniques. – Catalysis and photocatalysis, chemical reactors and chemical processes. 3.2