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process and resulting crystal properties. This PhD project builds on our previous studies on the precipitation of Ca and Ce oxalates as simulants. It aims to address challenges associated with
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. Encapsulating the sludge for long term storage is a high priority for the industry. To mobilize and process the material it is important to understand its rheological properties and how rheology is modified when
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High-Performance Computing (HPC) landscape. The aim is to achieve high-order of accuracy but also to obtain physically meaningful results that can advance the landscape of engineering simulations
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thermography (LIT) tools, which have paved the way for ‘three-dimensional’ thermal profile estimation with electrochemical-thermal models. LIT can be used to estimate physically meaningful parameters such as
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excellence, suitability of research experience, industrial and skills, subject knowledge and references. Application Process To apply for this studentship please see the submission instructions on our website
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natural and engineered barriers for secure storage. Crucial to this process are robust containers manufactured from materials such as stainless or carbon steel, shielded by backfill materials consisting
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decontamination of process liquids and cooling ponds is common to almost all current and future nuclear power plants. However, the main method used to remove radioisotopes and other heavy metals – ion exchange
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, comprising a robotic packing setup and a digital twin (DT), such that packing simulation models can be plugged in to be tested, verified and corrected. The physical twin is a simple setup (consisting of a
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sequencing (a process termed next generation phage display, NGPD). The studentship will apply NGPD to target cell surface GAGs from breast cancer cell populations, identify specific binders, clone and express
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Application Process To be considered for this PhD, please complete the strategic Joint Studentship application form available online here . Please upload an anonymised CV and cover letter as part of the online