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for tailored needs. At Diamond Light Source, the UK's national synchrotron, we have developed world leading in situ flow crystallisation apparatus which enables us to monitor what we are crystallising as it is
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at Diamond Light Source), you will make, test, and characterise alkali catalysts. During the project, you will spend 50% of your time at the world leading Diamond Light Source facilities, designing
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protein structure prediction using XFMS The project is jointly hosted by Durham University (Supervisor Dr Christopher Prior ) and the Diamond Light Source (Supervisor Dr Rob Rambo ). The aim of the project
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team and the shareholders as required. Location: Meetings are held in person at Diamond Light Source Limited (Harwell Oxford Science and Innovation Campus, Didcot, Oxfordshire). Travel and subsistence
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University of Salford and the Diamond Light Source, in which the student will explore biomimetic synthesis of electrocatalysts for the activation of N2 and its conversion to NH3 in the gas phase and at
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University of Salford and the Diamond Light Source, in which the student will explore biomimetic synthesis of electrocatalysts for the activation of N2 and its conversion to NH3 in the gas phase and at
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About Us Diamond Light Source is the UK’s 3rd generation synchrotron science facility. By accelerating electrons to near light-speed, Diamond generates brilliant beams of light from infra-red to X
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to generate a systematic understanding of the relevant surface chemistries by applying state-of-the-art surface analytical infrastructure in the Bragg Centre at Leeds and at Diamond Light Source, the UK’s
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also expected to regularly apply for beamline time and use equipment at national and international facilities (e.g., Diamond Light Source, ESRF), as well as other sophisticated equipment that may become
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facilities (e.g., Diamond Light Source, ESRF), as well as other sophisticated equipment that may become available. You should have the relevant educational background or work experience in metals and alloys