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overall porosity increase and volume expansion have only been observed in unconfined cases, where reaction rates are appreciable. This PhD project will work alongside leading teams within the University
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considered. Subject Area Applied Chemistry, Inorganic Chemistry, Synthetic Chemistry, Fluid Mechanics, Manufacturing Engineering, Mechanical Engineering, Nuclear Physics
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-set. You will be funded for 3 years and will pursue a doctoral degree during this time. This DR position is based at the University of Leeds and will involve expanding and developing our iSIM (instant
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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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, 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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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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bias. [1] – R Aguado, L P Kouwenhoven. Physics Today, 73, 6, 2020. [2] – M He et al, Frontiers of Physics, 14, 4, 2019. [3] – M Bianchi et al, ACS Nano, 6, 8, 2012. Please state your entry requirements
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the Schools of Chemistry and Chemical Engineering at the University of Leeds, will investigate flow chemistry and machine learning approaches for the development of an automated reaction screening platform