Matthew Naylor (@PVmatt) header
Matthew Naylor (@PVmatt) profile picture

Interested in thin films & PVD research. Technician @ National Thin-film Cluster Facility 🇬🇧 Oxford | Isle of Man 🇮🇲

Joined April 2019
Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)Photo by Matthew Naylor (@PVmatt)
Great first week in the new role learning some new techniques to characterise ultrathin films. #Sputtering #AFM #Ellipsometry – at North East, England
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We're proud that a multi-million pound investment in new state-of-the-art technology for our Materials Characterisation Suite has been supported by the @wolfsonfdn in their latest round of capital grants, announced today. #TakeOnTomorrow Discover more: northumbria.ac.uk/about-us/n…
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A great start to the 13th #Kesterite+ Workshop hearing about high efficiency synthesis routes as well as other emerging inorganic material too - shown on the NREL chart as is tradition! 📈 Come see me at poster stand no.9 today to hear about the rear interface in devices. ☀️➡️⚡ – at Barcelona, Spain
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Great first day at #PVSAT-17 hearing about a variety of PV material and policies, looking forward to the next 2 days of the conference. 🔬☀️ @PhysicsNews @NUPV_Research – at London, England
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Matthew Naylor retweeted
First Solar recently achieved a new single-junction CdTe cell efficiency record of 22.3% based on its novel CuRe technology platform. The new record, measured and certified by @NREL signals incremental conversion efficiency potential that surpasses First Solar’s prior core semiconductor record cell. Combined with expected improvements to temperature coefficient and long-term degradation, the CuRe platform is expected to improve lifetime energy entitlement by more than 6%. #LifetimeEnergy #FirstSolar
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That's a wrap on both the EMRS spring meeting and sharing the Germanium doping work - a new topic for the next one! Thanks @europeanmrs for organising a great multidisciplinary conference 👏 (Definitely top of the conference refreshments rankings 🏆) #EMRS (1/2) – at Strasbourg, France
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Next up is PVSAT-17 in London where I'll be sharing a method to reduce the thickness of the resistive Mo(S,Se)2 layer in CZTSSe solar cells without using a complex barrier layer. 👨‍🔬 (2/2) – at Strasbourg, France
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Glad to be in Strasbourg for my first international conference. I'll be at poster stand 26 from 16:30 tomorrow to discuss routes for Germanium incorporation into Kesterite ☀️🔁⚡ #EMRS – at Strasbourg, France
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Matthew Naylor retweeted
Delighted to announce another joint first authorship paper. This time on Non-Newtonian droplet impact on superhydrophobic surfaces. You can find the link below to the Langmuir publication! @CDT_ReNU pubs.acs.org/doi/full/10.102…
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A smorgasbord of solar cells for the final experiment is a pleasant ending to formal experimental work. ☀️⚡ Efforts now shift towards analysis and thesis writing. The latter of which got off to a scenic start during the @CDT_ReNU writing retreat earlier this month. 📕 #ThinFilm – at Newcastle Upon Tyne, England
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Satisfying morning putting our new high vacuum SEM sample coater through its paces. Cr coatings can come in handy when measuring organic and ceramic layers. ⚡🔬 @NUPV_Research @MPEE_NU @Quorum_UK #Sputtering #ThinFilms #SolarCells
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Giant's Causeway or zone III in the Thorton zone model... 🤔⚛️ #ThinFilm #MagnetronSputtering – at Belfast, Northern Ireland
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Matthew Naylor retweeted
Delighted to announce another first author publication! The work was carried out once again with the University of Nottingham, exploring reduction of ice adhesion on roughened surfaces using polymer coatings! You can find the link below aip.scitation.org/doi/full/1… @CDT_ReNU
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.@Jianjun_Jason @xiaojing_Hao and colleagues identify charge recombination at grain boundaries as the dominant loss mechanism in #kesterite #SolarCells by means of an integrated experimental and modelling framework. go.nature.com/3oooZ1G
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Matthew Naylor retweeted
Replying to @PVmatt
@Matthew01467158's new insights on Ge-doping of CZTSSe now published in Faraday Discussions. A truly unique format from @Faraday_D. pubs.rsc.org/en/content/arti… Cross cohort work with @MJSho96. @NUPV_Research @SolPV4 @NECEM_NE
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Grateful to be part of the @Faraday_D on inorganic PV and catch up with collaborators face-to-face. Wonderful format in a wonderful location. 🔬🌳
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To finish off the FD: Emerging inorganic materials in thin-film photovoltaics, we have the poster prize winners - Xinwei Wang of Imperial College London, and Oliver Rigby of Durham University! Congratulations! And thank you all for attending and taking part! #fdphotovoltaics
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The final 5 min talk in this session is by Matthew Naylor of @NorthumbriaUni, who is presenting on ex situ Ge-doping of CZTS nanocrystals and CZTSSe solar absorber films #fdphotovoltaics
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