EPSRC logo
Researcher Details
 
Name: Professor JW Bradley
Organisation: University of Liverpool
Department: Electrical Engineering and Electronics
Current EPSRC-Supported Research Topics:
Energy - Nuclear Materials Characterisation
Materials Synthesis & Growth Plasmas - Laser & Fusion
Plasmas - Technological

Current EPSRC Support
EP/S005153/1 A novel coating technology based upon polyatomic ions from plasma(P)
EP/L01663X/1 EPSRC Centre for Doctoral Training in the Science and Technology of Fusion Energy(C)
Previous EPSRC Support
EP/N031687/1 HiPIMS-CVD Hybrid Process for Advanced Functional Coatings: Proof of concept(C)
EP/K016202/1 Ambient Processing of Polymeric Web: Advanced Diagnostics and Applications(P)
EP/K504178/1 Fusion Doctoral Training Network(C)
EP/I028722/1 Micro-PADI sources for applications in 2-D chemical imaging(P)
EP/H012605/1 Fusion Doctoral Training Network(C)
EP/G048444/1 Micro-Plasma Technology for Controlling Cellular Interactions on Medical Implants(P)
EP/F004605/1 A New Route to high-Performance Functional Films on Polymeric Web(P)
EP/E003397/1 Dual Source Pulsed Plasmas for the Production of Ultra-High Performance Coatings(P)
EP/E035183/1 The Study of Magnetized Electronegative Depositing Plasmas(P)
EP/E010962/1 Scale-up feasibility of plasma deposition in 3D tissue engineering scaffolds(P)
EP/D038847/1 3rd INTERACT travel grant: Starting point for collaboration with a Japanese network in microplasmas(P)
EP/D048567/1 Grant in aid of supporting the third UK Technological Plasma Workshop(P)
EP/C010787/1 NETWORK: A UK network in non-thermal plasma science(C)
GR/S26675/02 Diagnostic study of pulsed-magnetron plasmas: a route to advanced engineering coatings(P)
GR/S25425/02 Development of large area pulsed deposition systems(P)
GR/S55026/02 NSF: A study of film growth mechanisms in pulsed-plasma polymerisation of chemically funtional materials(P)
GR/S55026/01 NSF: A study of film growth mechanisms in pulsed-plasma polymerisation of chemically funtional materials(P)
GR/S25425/01 Development of large area pulsed deposition systems(P)
GR/S26675/01 Diagnostic study of pulsed-magnetron plasmas: a route to advanced engineering coatings(P)
GR/R47899/01 Investigation of the Pulsed Magnetron Discharge by Time and Energy-Resolved Mass Spectrometry(P)
GR/R39351/01 Post-Doctoral Mobility: A Novel Collection Surface for Plasma Polymerisation(C)
GR/N29532/01 TAILORED PLASMAS FOR APPLICATIONS IN LIFE SCIENCE(P)
GR/M70667/01 COMPUTATIONAL MODELLING OF MAGNETRONS(P)
GR/M69265/01 PULSED PLASMAS FOR DEPOSITION: FUNDAMENTALS AND APPLICATIONS(P)
GR/M33358/01 STUDY OF DUST PARTICLES IN MAGNETIZED PLASMA(P)
GR/L89914/01 THE DIAGNOSIS AND CONTROL OF MAGNETRON PLASMAS(P)
GR/L53564/01 A STUDY OF THE BOUNDARY LAYER IN THE PLASMA TREATMENT OF POLYMERS(C)
GR/L32651/01 MODIFICATION & CONTROL OF PLASMA BOUNDARIES USING ELECTRON BEAM INJECTION IN LOW TEMPERATURE PLASMAS(P)
GR/L53137/01 PLASMA - SURFACE INTERACTIONS: A STUDY OF THE BOUNDARY LAYER IN THE PLASMA TREATMENT OF POLYMERS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator