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production. In this role, you will develop control over the bonding at interfaces between materials and layers, achieving new engineering solutions only possible through multi-material additive manufacturing
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will carry out his/her doctoral research at UCL in materials chemistry for the synthesis and discovery of new metal oxide-based scintillator materials for imaging. The PhD studentship will focus
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real impact. Essential and Desirable Student background Criteria Background: Engineering ideally with material science Essential knowledge - skills – experience: analytical skills, ability to demonstrate
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processes to synthesize nanomaterials with well-defined atomic structures, assemble these nanomaterials into functional macroscale structures, and use these novel materials for sustainable energy and
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alternatives to fossil fuels is an imperative of modern society. Biomass waste, such as waste from crop productions or cuttings of invasive species, offers a sustainable and renewable source of energy. In
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technology transfer and an insilico approach to the development of continuous processes based. The project will use as a baseline the mAb solutions platform process and standard downstream operations as
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particle size changes due to breakage and agglomeration. The rates are dependent on process parameters (e.g., impeller speed and operation) and material properties (e.g., hardness and flowability
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electrochemistry, material characterisation and interfacial science. As part of the project, the researcher will use bespoke corrosion test cells and implement electrochemical measurements to understand corrosion
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second-class undergraduate degree with honours in Engineering, Physics or Materials Science Excellent English written and spoken communication skills The following skills are desirable but not essential
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This exciting fully funded PhD, with an enhanced stipend of £24,000 per annum, will focus on the application of nanobubbles to support waste management at the UKs designated nuclear waste management