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dishwashing cycle, which lead to the formation of spots and thin film on dishware, is important to enable the development of superior automatic dishwashing products and create consumer delight. This becomes
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2324315 - Post-Doctoral Research Assistant in Photonics Technologies - High Power Laser Applications
Practical Vacuum Thin Film process development to join the Wrexham University research group based at The OpTIC Technology Centre in St Asaph, North Wales an working in the brand new Vacuum Coating facility
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experience with using High Power Impulse Magnetron Sputtering, conventional magnetron sputtering or low temperature plasmas for thin film deposition and plasma diagnostics methods including electrostatic
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should have a background in chemistry or electrochemistry and have practical knowledge of at least some of the following: thin film deposition techniques, electrochemical methodologies, materials
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characterising perovskite-on-silicon tandem cells and have expertise in thin film characterisation methodologies such as SEM, AFM, XRD, TEM. Applicants should be highly motivated and have excellent skills in
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and interactions in electrolyte solutions confined to thin films, and their effect on mineralisation from supersaturated solutions in confinement. This role includes experimental and theoretical study
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nanoparticles or supported metal thin films from the platinum group of metals are excellent catalysts for a range of important catalytic processes. However, these metals are rare and expensive, and it is
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demonstrated evidence of thin-film devices fabrication using inkjet printing or spray coating techniques, working with self-assembled molecular films and low-noise thermal or DC/AC electrical transport
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techniques (e.g. high vacuum systems, thin film deposition equipment) and ensuring it is ready for use, assisting in the disposal of waste materials and equipment and implementation of laboratory Health and
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of data-driven turbulence models for multiphase computational fluid dynamics CFD using machine learning. Computational and experimental investigations of contact region behaviour in highly loaded thin-films