Dr paul dating os

One way of reinforcing these materials is to introduce nano-scale oxide inclusions which block dislocation glide.Andrew is investigating the chemical influence of alloy composition on the irradiation stability of model alloys produced in collaboration with the Indira Gandhi Centre for Atomic Research in India.Extensive research on ferritic steels used to manufacture reactor pressure vessels (RPVs) has demonstrated that irradiation-induced damage can be classified as a combination of matrix damage resulting from radiation produced point defect clusters and their radiation enhanced formation of 1–2 nm diameter clusters containing solutes such as Cu, Mn, Ni and Si.Despite the size of these features, they can have a dramatic and deleterious effect on materials properties.In particular, he leads interactions with Rolls-Royce plc on advanced alloys for aerospace applications.

His work at Oxford is to carry out atom probe tomography (APT) characterisation to directly analyse nanoscale solute clusters in terms of composition, size and number density as a function of irradiation conditions and material composition and microstructure.The project involves high levels of collaboration in the UK and abroad including Imperial College and the University of Manchester (providing atomic-scale modelling and high-resolution microscopy respectively),the Culham Centre for Fusion Energy (CCFE), the National Nuclear Laboratory (NNL), Rolls-Royce and the Australian Nuclear Science and Technology Organisation (ANSTO).Her role within the project is to utilise APT to investigate nanoscale solute clustering behaviour in SA508 steels following neutron irradiation.Dr Michael Moody - Materials Oxford Homepage (with summary of research interests and full list of publications) Back to top Paul oversees the operational running of the Atom Probe Research Group, responsible for the group's 3 instruments as well as developing and managing collaborations with academic and industrial partners.This work aims to expand the use of APT into new fields/industries, along with integrating APT data alongside a number of complementary experimental/modelling tools.

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