Publications
Characterization of a Microwave Induced Plasma Torch
Adtec's Microwave Induced Plasma (MIP) torch technology has been investigated in a fascinating paper exploring glass surface modification.
Cold plasma as a novel solution for cleaning Concentrating Solar Power (CSP) mirrors is an application we're extremely interested in at Adtec, and we are proudly collaborating with Cranfield University in our research. In experimental work conducted at both Cranfield and the Defence Academy, this paper instead uses an Adtec MIP torch to study surface energy modification of CSP glass, and demonstrates the ability of the technology to create super-hydrophilic surfaces.
The work, funded by the EPSRC (Engineering and Physical Sciences Research Council) and Gooch & Housego, also allowed researchers to utilise optical emission spectroscopy to characterize the MIP torch, and deepen our understanding of the technology.
The full paper is available to read here: adtecplasma.com/…/Characterisation-of-a-microwave-induced-plasma-torch-for-glass-surface-modification.pdf
Acknowledgements
This sort of fundamental research provides Adtec with invaluable insights, and we are hugely grateful to all researchers and institutions for their contributions.
Cranfield University (BENNETT), University College Dublin (FANG), Manufacturing Technology Centre (CASTELLI), Zhejiang University of Technology (CHEN), Defence Academy of the UK (BALLERI), Adtec Plasma Technology (URAYAMA), Gooch & Housego (Funding), EPSRC (Funding).
