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Smart Lasers and Special Fibres Location: Highfield Campus Salary: £34,980 Per annum Full Time Fixed Term for 3 years Closing Date: Thursday 11 July 2024 Interview Date: To be confirmed Reference
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. This role is focused on research to enable ultra-high power GaN RF devices, including developing new laser-based optical systems to study temperature as well as electric fields that limits device performance
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), and Diamond Light Source, the UK national synchrotron source, in the Spectroscopy Group. The PhD will combine inorganic photochemistry, ultrafast laser spectroscopy, and time-resolved structural methods
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Diamond Light Source, the UK national synchrotron source, in the Spectroscopy Group. The PhD will combine inorganic photochemistry, ultrafast laser spectroscopy, and time-resolved structural methods
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of working in an electronics workshop environment and/or educational environment would be desirable. You should be willing to act as Laser Support Officer for the department, where training will be given. You
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requirements for the in-situ 3D scanning of crossings, and also performing laser scans at several railway sites in Europe. Using scan data, you will develop 3D point cloud manipulation, artificial intelligence
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and assembled by different high precision joining techniques, such as diffusion bonding, laser welding, brazing (for more info http://wp.lancs.ac.uk/sub-thz-electronics). The research is led by
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combination of micro-CT with diffraction contrast tomography and laser-assisted focused ion beam, to study microstructural degradation of Type 316 stainless steel subject to creep-fatigue loads. It is also
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function of temperature and pressure of various fuel mixtures. In addition, laser diagnostics based on absorption spectroscopy are used to measure intermediate radical time evolution profiles