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will focus on the design and synthesis of novel heteropolymetallic architectures for molecular upconversion (J. Am. Chem. Soc. 2022, 144, 29, 13356–13365). This project will combine organometallic and f
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emissions and environmental impact. This project will develop a high-enthalpy inductively coupled plasma torch system to simulate the extreme thermal environments of spacecraft atmospheric re-entry, enabling
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of the UKRI Future Leaders Fellow Prof Christina Vanderwel on the project “Simulating air pollution in the lab”. The aim of this research is to apply novel data assimilation techniques to reconstruct wind
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of urban characteristics and dynamics. The post holder will be expected to work within a team of researchers and partner organizations to contribute to the development and implementation of methods and
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experiments. Simulating indoor airflow and mapping fan performance to sterilisation coverage. You should hold a PhD (or equivalent experience) in Aerodynamics, Mechanical, or Aerospace Engineering. Experimental
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ageing processes, high voltage electrical testing, analytical and simulation techniques. You will report to the sponsor at regular meetings, and be responsible for preparation of regular reports
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System and beyond. The new climate model, OASIS, aims to overcome the limitations of current frameworks and enable unprecedented simulations of planetary environments under a wide range of conditions. The
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dynamic and supportive research environment with cutting-edge facilities and a culture of collaboration. You will be supported in developing your own research profile, in contributing to large collaborative
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wider cultural phenomena such as the flourishing of conspiracy theories and ‘fake news’, Kierkegaard’s conception that knowledge requires courage has great importance and significance beyond academia