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Browsing by Author "Bennett, Adam"

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Characterisation of a cold atmospheric pressure plasma torch for medical applications: demonstration of device safety

Bennett, Adam; Urayama, Takuya; Papangelis, Konstantinos; Yuen, Peter W. T.; Yu, Nan (MDPI, 2021-12-14)

The safety and effectiveness of plasma devices are of crucial importance for medical applications. This study presents the novel design of an atmospheric plasma torch (SteriPlas) and its characterisation. The SteriPlas was ...
Design of a motorised plasma delivery system for ultra-precision large optical fabrication

Zhou, Hui; Bennett, Adam; Castelli, Marco; Jourdain, Renaud; Guo, Jiang; Yu, Nan (IOP, 2020-09-02)

A unique plasma figuring (PF) process was created and demonstrated at Cranfield University for manufacturing extremely large telescopes. The atmospheric pressure processing is faster and more cost-effective than other ...
Effect of plasma processing parameters on the surface modification of fibre reinforced composites by atmospheric pressure plasma treatment

Frumosu, Lydia; Bishop, Alex; Castelli, Marco; Bennett, Adam; Nicholls, John R.; Huang, Zhaorong (euspen, 2021-06-10)

This report presents a study on the effect of microwave plasma sources on the surface modification of carbon fibre reinforced composites. The adhesion property of polymer composites is an important consideration in ...
Microwaves enable activated plasma figuring for ultra-precision fabrication of optics

Bennett, Adam; Jourdain, Renaud; Kirby, Paul; MacKay, P.; Shore, Paul; Nicholls, John R.; Morantz, Paul (European Society for Precision Engineering and Nanotechnology, 2016-06-30)

Activated plasma figuring using microwaves aims at providing highly efficient activated energy beams for rapid fabrication of optics. The chemical nature of this type of energy beam leads to targeting silicon-based ...
Power dissipation of an inductively coupled plasma torch under E mode dominated regime

Yu, Nan; Jourdain, Renaud; Gourma, Mustapha; Xu, Fangda; Bennett, Adam; Fang, Fengzhou (MDPI, 2021-07-18)

This paper focuses on the power dissipation of a plasma torch used for an optical surface fabrication process. The process utilizes an inductively coupled plasma (ICP) torch that is equipped with a De-Laval nozzle for the ...

Browsing by Author "Bennett, Adam"

Browsing by Author "Bennett, Adam"

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