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basis. Main tasks Analytical literature review on electromembrane processes and applicable membrane materials. Selection and characterisation of material candidates for the composite membrane. Preparation
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based on differences in diffusion coefficients within electromembrane processes. The research will focus on designing advanced composite membranes that enable trace-level accumulation by coupling
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PhD candidate to work on advanced modelling of fillet welds in aluminium structures. The project focuses on understanding how weld geometry, alloy composition, thermal history, and manufacturing
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recognized research environment in natural language processing. The group currently comprises five permanent faculty and around 20 doctoral and post-doctoral researchers. LTG participates in high-visibility
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PhD candidate to work on advanced modelling of fillet welds in aluminium structures. The project focuses on understanding how weld geometry, alloy composition, thermal history, and manufacturing
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out the catalysis and process conditions study component of the interdisciplinary research project “Renewable energy-driven recycling of CO2 and H2O to consumer products and e-fuels, (CH-CYCLE
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specialisation in catalysis. The successful applicant will carry out the catalysis and process conditions study component of the interdisciplinary research project “Renewable energy-driven recycling of CO2 and H2O
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, based on detailed studies of Earth and the solar system, is developing predictive models to identify habitable planets around other stars. Within three different research themes: (1) Planets and Early
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consumer goods requires the development of new chemical processes, especially for the energy-efficient and sustainable conversion of carbon-containing biomass, biogas, and CO2 into higher value products. In
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for experiments. Investigating the role of alloy composition and process parameters on the structural integrity of the final product. Collaborating closely with the other NTNU and SINTEF project partners, as