Dr Paul Bryant BSc, MSc, D.Phil (Oxon)
Research Fellow Electrical Engineering and Electronics
- +44 (0)151 795 0378
- Work email P.M.Bryant@liverpool.ac.uk
Research
Magnetised Complex Plasmas
Technological Plasmas Group Page
An improved understanding of the transport and fate of dust in the next generation of tokamak plasmas is of particular concern since dust can reduce the performance and efficiency of the reactor and generate radioactive contaminants. The aim of this project is to experimentally study dusty plasma phenomena in magnetised plasmas, focusing on collective effects such as crystal formation and wave propagation as well as solitary dust transport. Experimental results will be compared with computer simulations of dust particle transport in stable and turbulent magnetised plasmas to improve them. This project is in collaboration with the University of York, Imperial College London and the DIFFER institute (Netherlands). The experimental work involves the use of laser based dust diagnostics, Langmuir probes and filtered optical imaging .
Research Group Membership
Research Grants
Dust in Magnetised Plasmas.
ENGINEERING & PHYSICAL SCIENCES RESEARCH COUNCIL
September 2014 - March 2018
3rd INTERACT travel grant: starting point for collaboration with a Japanese network in microplasmas.
ENGINEERING & PHYSICAL SCIENCES RESEARCH COUNCIL
April 2006
Research Collaborations
Dr Ben Dudson
Project: Turbulance and Dust transport
External: Plasma Institute, University of York
Study of turbulance and dust transport in MAGNUM-PSI
Dr Thomas Morgan
Project: Dust transport in MAGNUM-PSI
External: DIFFER Institute
1) To study dust transport in fusion like plasmas
2) Study of trubulance
Prof Svetlana Ratynskaia
Project: Dust transport in MAGNUM-PSI
External: KTH Royal Institute of Technology
To study and verify existing models of dust transport in fusion like plasmas
Dr Michael Coppins
Project: Magnetised Complex Plasmas
External: Imperial College London
To study the transport and charging of micron sized dust grains in a magnetised low temperature plasma to validate existing dust transport codes.
Dr James Harrison
Project: Ball pen probe
External: CCFE - MAST
To develop a PIC code to model the physics of Ball pen and flush mounted probes for improved understanding in Tokamaks.
Prof. Nick Braithwaite
Project: Ion flux probe and Abel Inversion
External: The Open University
1) Experiment to perturb CCP plasma by applying MHz sinusoidal signals to ion flux probe.
2) Optical image data analyse of a pulsed magnetron plasma by development of Abel inversion software.
Dr Greg Clarke
Project: Pilkingtons
External: Pilkington
To develop and use an atmospheric pressure glow discharge as a radiation source
Prof. Raoul Franklin
Project: Magnetised plasmas
External: The Open University
Modelling of magnetised electronegative plasmas (EPSRC project: The study of magnetized electronegative depositing plasmas)
Dr. Bert Ellingboe
Project: Hairpin resonator probe
External: Dublin City Univeristy
Use of a hairpin resonator probe to measure negative ion density with laser photodetachment in electronegative DC pulsed magnetron
Prof. H. Amemiya
Project: Laser photodetachment of negative ions
External: Chuo Univeristy, Japan
Laser photodetachment studies of pulsed DC magnetised electronegative plasmas
Dr Endre Szili
Project: Microcavity arrays, plasma jets, microfluidics
External: Mawson Institute, University of South Australia
1) To locally modify surface properties of selected polymers at the micron-scale using silicon based micro-cavity discharge arrays.
2) To study the surface modification of polymers using microplasma jets.
3) Study of the properties of graded plasma in a microchannel fluidic channel.
Dr Sung-Jin Park, Prof Gary Eden
Project: Cavity array microplasma for surface processing
External: University of Illinois-Urbana Champaigne
To study the application of silicon based microplasmas to matierials processing and to investigate fundamental microplasma physics.