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Field
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carbon conversion technologies under realistic operating conditions. Information Fischer–Tropsch synthesis is a key technology for converting synthesis gas into sustainable fuels and chemicals. However, in
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in continuous-flow reactors to evaluate activity, selectivity, and stability under realistic process conditions, and analyze both liquid- and gas-phase products to understand reaction pathways and
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of "America's Best-In-State Employers" for 2025. Location Statesboro Campus - Statesboro, GA Department Information Computer Science Job Summary The Student Assistant will support the Department
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batteries, thermal barrier coatings for gas turbines, and gas separation membranes. The focus of all these technologies is on inorganic materials, which are processed as functional layers from powders or via
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draw on RAMS’ strengths in radiological screening, density and porosity measurement, gas-accessible pore structure, surface area analysis and graphite characterisation, supported where appropriate by
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discipline that directly impacts important technological and societal topics such as thermoelectric energy harvesting and next-generation gas sensors. The project has access to state-of-the-art supercomputing
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laboratory with significant industrial relevance. An extensive dataset has been acquired over the past three years, including reflection seismic data, borehole data, soil gas measurements, and large-scale
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vehicles and achieving net-zero targets, but they degrade over time, reducing performance and safety. A key issue is gas generation, which causes internal pressure build-up and can lead to cell failure, but
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routes that combine captured CO₂ with nitrogen recovered from wastewater offers an opportunity to simultaneously reduce greenhouse-gas emissions, recover valuable nutrients, and enable more circular
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conditions, avoiding any air exposure prior to ions or plasma. A series of surface science and plasma techniques, including X-ray Photoelectron Spectroscopy (XPS), in-situ Spectroscopic Ellipsometry, gas-phase