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wind, waves, currents, and seismic activities interact with corrosive conditions, accelerating degradation and elevating catastrophic failure risks. Current assessment methods rely heavily on sparse
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the average values of the widths and spacings between two adjacent resonances. This energy range is called the “unresolved resonance region” (URR). Current computational methods treat the resonances in the URR
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of the research will be as follows: To develop new growth methods for high light yield perovskite scintillators To study morphology and crystalline quality of perovskite crystals using Surrey’s new single crystal X
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in instrumenting bridges and assessing the condition of the bridge using direct measurements. These methods are categorised as non-destructive testing techniques, but they can be costly considering
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-leading research programme investigating key nuclear reactions for both fundamental physics and applications. The aim of the project is to establish new methods to measure properties of Auger electron
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investigating key nuclear reactions for both fundamental physics and applications. The aim of the project is to establish new methods to measure neutron-induced reactions for nuclear applications. This will
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Environment This studentship is based at the Centre for Vision, Speech and Signal Processing (CVSSP). CVSSP is: The largest UK research centre in its field Ranked 1st in the UK for Computer Vision research