Current Research
During my PhD, I will receive training in the development, proper use, and application of state-of-the-art numerical plasma modelling software. I will expand upon, and develop new, gas phase and surface-site hydrogen/oxygen/water/hydroxyl reaction mechanisms in collaboration within the Department of Chemistry in the School of Natural and Computing Sciences, and Chemical Processes & Materials Group in the School of Engineering, respectively.
Discrete control of plasma properties and enhanced dissociative characteristics can be achieved by utilising multi-harmonic "tailored" voltage waveforms, constructed through the superposition of multiple voltage frequencies, where modulations in the phase offset and amplitude between successive harmonics provides an additional degree of freedom.
Facilities in the School of Engineering may also be used to develop relevant experimental activities, including optical and electrical diagnostics, for the validation of numerical results.