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Researcher Details
 
Name: Professor D Riley
Organisation: Queen's University of Belfast
Department: Sch of Mathematics and Physics
Current EPSRC-Supported Research Topics:
Human-Computer Interactions Instrumentation Eng. & Dev.
Materials Characterisation Plasmas - Laser & Fusion

Current EPSRC Support
EP/X009971/1 Support for photoionisation experiments at the OMEGA EP high-power laser facility(C)
EP/X034887/1 Queen's University Belfast Core Equipment Call 2022(C)
Previous EPSRC Support
EP/P026079/1 Shining light on cold atmospheric plasmas and their interaction with liquids(P)
EP/P016960/1 Ultrafast laser-driven ion interactions in matter: Evolving dose distribution at the nanoscale and nonlinear response(C)
EP/P010059/1 Nanorad - Ultrafast, nano-scale material response to radiation and applications of ultrafast radiation sources.(C)
EP/N009487/1 XUV and X-ray Probing of Warm Dense Matter(P)
EP/K009591/1 Structure factors in warm dense matter(P)
EP/I029206/1 Yotta - exploring routes to the ultimate intensity regime(C)
EP/I031464/1 XUV interaction and warm dense matter at QUB(P)
EP/I018484/1 Warm Dense Matter experiments LCLS free electron laser(P)
EP/G007462/1 Microscopic dynamics of warm dense matter(P)
EP/D06337X/1 Queen's University Belfast Plasma Physics(C)
EP/C003586/1 High power laser science and applications at QUB(C)
EP/D031532/1 X-ray scattering from dense plasmas of arbitrary Z : accurate simulation for optimal experiment design and data analysis(P)
EP/C001869/1 Thomson Scatter at X-ray wavelengths(P)
EP/C000501/1 Extension to post-doctoral position on grant GR/R09572(P)
GR/R25705/01 Funding For Uk Participation In the International Z Machine Consortium Experiments(C)
GR/R09572/01 Electron-Ion Equilibration In Dense Plasmas(P)
GR/R11803/01 Plasmon Autocorrelation of X-Ray Pulses(P)
GR/L66892/01 ATOMIC DATA FOR THE MODELLING OF X-RAY LASERS(C)
GR/L37458/01 A FEMTOSECOND TERAWATT LASER FACILITY AT THE RUTHERFORD APPLETON LABORATORY(C)
GR/K95543/01 EXPERIMENTAL INVESTIGATION OF X-RAY SCATTERING IN DENSE PLASMAS(P)
GR/K58678/01 A QUANTITATIVE STUDY OF LASER-ABLATED PLASMA PLUMES OF TECHNOLOGICAL INTEREST(C)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator