Dr Bennett is the Director of Cranfield Plasma Solutions and a Visiting Lecturer at Cranfield University. Dr Bennett obtained a first degree and scored the equivalent of a first class on a taught Masters level course in Energy Beam Physics at the University of Cambridge, before undertaking a Doctorate in Applied Plasma Physics for Ultra-Precision Engineering at Cranfield University.
Dr Bennett's expertise includes plasma characterisation, plasma surface interaction characterisation, plasma technology design and development, in situ plasma process monitoring, plasma parameter optimisation, and application development.
Currently Dr Bennett is working on projects with ADTEC Plasma Technology, the Manufacturing Technology Centre, and Cranfield University. Before the Corona Virus outbreak his primary focus was on the Solar Plasma Project, which was his own concept.
Since the Corona Virus outbreak, he has been working on a novel plasma technology solution for the sterilisation of surfaces in hospitals and ambulances.
Plasma Aerodynamics
Plasma Shielding
Plasma Propulsion
Plasma Jets
Vacuum Plasma
Atmospheric Pressure Plasma
Reactive Plasma
Laser Assisted Plasma
Plasma Spatial / Temporal Mapping
In Situ Plasma Monitoring
RADAR
Spectroscopy
Plasma Physics
Ultra Precision Plasma Engineering
Machine Design & Build
Plasma Surface Interaction:
· Selective Nanometre Material Removal
· Selective Nanometre Material Deposition
· Surface Energy Modification
· In Situ Coating Bonding
· Plasma Cleaning Surfaces
· Creating Self Cleaning Surfaces
Micro Plasmas:
· Ultra Violet sources
· Photonic device fabrication
· Nanomaterial processing
· Material synthesis
· Chemical analysis
· Electromagnetic physics
· Engine combustion
· Biomedical applications
· Space propulsion
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