Radiation Detection Doctoral Network: Next generation scintillator-based detector arrays for fast CT systems
The Radiation Detection Doctoral Network ‘Radnet’ is a new collaborative doctoral training programme carrying out research and training in radiation detection and applications. The network is run by a consortium of the Universities of Surrey, Sussex and Royal Holloway, in collaboration with our industrial partners National Physical Laboratory, Kromek, Hilger Crystals, Ultra Energy and Rapiscan Systems. The network is also supported by the South East Physics Network (SEPnet)
The Radnet doctoral training network brings together PhD researchers, academics and industrial scientists and engineers to focus on collaborative research projects which are directly applicable to industrial challenges. Our 3 headline research projects for 2018 are as follows:
Project 3: Next generation scintillator-based detector arrays for fast CT systems (University of Sussex, Rapiscan Systems and Hilger Crystals)
This project will identify next generation scintillator-based detector arrays for fast CT imaging systems, investigating scintillator performance and manufacturing processes and developing systematic testing protocols. The study will include detailed computer (GEANT4) simulations of optical transport and radiation deposition processes in scintillator materials.
A Unique Training and Research Experience
Each Radnet student will benefit from close connections between their host University and their training companies. With two industry-leading companies associated with each research project, you will have outstanding opportunities for industrial placements, cross-network training events, and access to additional researcher opportunities through the SEPnet Graduate School and the NPL Postgraduate Institute. Radnet PhD students will be uniquely equipped to carry out high quality doctoral research, and to deliver industry-relevant solutions for UK companies.
Further Information and Applications
The network is offering 3 PhD studentships, each based at one of the host Universities. Each studentship is funded for 3.5 years at ~£14k per year, and are open to both UK and EU applicants.
We invite applications from students with a first degree in Physics or Engineering and who are strong self-motivated and interested in industrially-relevant doctoral research.