Name:	Professor AR Bell
Organisation:	University of Oxford
Department:	Oxford Physics
Current EPSRC-Supported Research Topics:

Current EPSRC Support

There is no current EPSRC Support

Previous EPSRC Support

EP/N014472/1 Particle acceleration in magnetised shocks produced by laser and pulsed power facilities (C) EP/L000237/1 Plasma Physics HEC Consortia (C) EP/G055165/1 Multi-scale simulation of intense laser plasma interactions (P) GR/R71979/01 Fokker-Planck simulations of transport and absorption in laser-produced plasmas (P) GR/R23909/01 Relativistic Particle Generation From Ultra-Intense Laser Plasma Interactions (C) GR/M38988/01 ELECTRON TRANSPORT IN HIGH INTENSITY LASER-SOLID INTERACTIONS (P) GR/L79151/01 LASER PLASMA WAVE GENERATION AND ELECTRON ACCELERATION (C) GR/L04498/01 ULTRA-HIGH INTENSITY, SUB-PICOSECOND LASER INTERACTIONS WITH SOLIDS AT THE CLF. (C) GR/K19198/01 FOKKER-PLANCK CALCULATIONS OF MAGNETISED LASER-PLASMAS (P) GR/J90770/01 LARGE AMPLITUDE PLASMA WAVE GENERATION BY INTENSE PICOSECOND LASER PULSES (C) GR/J83703/01 HYDRODYNAMIC AND MAGNETOHYDRODYNAMIC SIMULATION OF LABORATORY PLASMAS (P) GR/J39830/01 INVESTIGATION OF COLLIMATED FLOWS IN PLASMAS GENERATED BY SHORT LASER PULSES (C) GR/J01738/01 THE NON-LINEAR RAYLEIGH-TAYLOR INSTABILITY IN LASER-DRIVEN TARGETS (P) GR/H64262/01 THE NON-LINEAR RAYLEIGH-TAYLOR INSTABILITY IN LASER-DRIVEN INERTIAL CONFINEMENT FUSION TARGETS (P) GR/H33428/01 FOKKER PLANCK SIMULATIONS OF PLASMA IRRADIATED WITH A SHORT LASER PULSE (P) GR/F52835/01 WORKSTATION FOR PLASMA PHYSIS RESEARCH (P) GR/F19036/01 3D COMPUTER SIMULATIONS OF LASER- DRIVEN IMPLOSIONS (P)

Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator