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project. Laser beam sources, process development and control to enable better control of mass transfer and laser-matter interactions. The “design-manufacture-inspect-model-test” approach of this project
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. Mesocosm experiments will test the effects of organic amendments on microbial activity and trace gas consumption, providing critical data on soil recovery and greenhouse gas mitigation. Expected outcomes
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Project Supervisor - Professor Robert Field Glycoprotein biopharmaceuticals are increasingly important due to their ability to treat diseases where small molecule drugs do not prove effective
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sediment–water column model we have been developing in Exeter. With a well calibrated and tested sediment/water-column model, we will then perform idealised experiments focused on a range of proposed blue
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composite manufacturing, high‑rate testing, instrumentation, and predictive modelling. Supervisors: DrGustavo Quino Duration: 3.5 years. Funding: Full coverage of tuition fees and an annual tax-free stipend
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. The project is co-sponsored by Spirent Communications, a world leader in navigation and testing technology. Spirent will provide advanced simulation tools, expert support, and industry placements to help make
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Ceratopteris richardii we have the first evidence that ‘female meiosis’ genes may have been repurposed from another part of the plant lifecycle (the gametophyte)[2]. One critical gene to test this hypothesis is
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Volcanic islands are exciting real-world climate and landscape laboratories. When geologically young (<10Ma) they provide a simplified and spatially limited setting for testing landscape evolution
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TEM Experience in mechanical testing at micro to macro levels What we can offer you We will provide you with an excellent research environment to grow as a research leader. We will support you in future
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future climates, testing how drivers differ across regions and how early extremes can be predicted. Application and impact: How can early-warning insights help strengthen preparedness and resilience