Keith McKenna Profile
Keith McKenna

@MMMGroupYork

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The McKenna Materials Modelling group at the University of York.

York, England
Joined January 2018
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@MMMGroupYork
Keith McKenna
11 months
RT @RobertHoye4: Thrilled to see our #photovoltaics roadmap now published in @JPhysEnergy! Fantastic collaborative effort among >80 people,….
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@MMMGroupYork
Keith McKenna
1 year
RT @AppliedPhysRev: A review of complementary first principles materials modeling and electron microscopy approaches for investigating the….
pubs.aip.org
Polycrystalline materials are ubiquitous in technology, and grain boundaries have long been known to affect materials properties and performance. First principl
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@MMMGroupYork
Keith McKenna
1 year
A fully funded PhD studentship is available within the York CDT in Sustainable Materials for Net Zero to work on the discovery of new sustainable permanent magnets using predictive materials modelling. Deadline 30/06/24. @UoY_PET @SusMatZeroCDT.
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findaphd.com
PhD Project - Discovery of new sustainable permanent magnets for electric motors and generators at University of York, listed on FindAPhD.com
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@MMMGroupYork
Keith McKenna
1 year
RT @ioptfsg: 📢Abstract submission is now open for the Nanoscience@Surfaces Summer School at York on 22-25 July. Featuring invited talks in….
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@MMMGroupYork
Keith McKenna
1 year
RT @ZwijCompChem: Next wednesday afternoon (13/03) we have a @tyc_london seminar here @ucl by Keith McKenna (@MMMGroupYork) from York on un….
thomasyoungcentre.org
Venue: B03 Ricardo LT in Drayton House
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@MMMGroupYork
Keith McKenna
1 year
RT @PRX_Energy: In this work from @BGMendis, @MMMGroupYork, @SuperSTEM_UK, @ConMajor, @DuroseKen, and team, experiment and theory suggest t….
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@MMMGroupYork
Keith McKenna
1 year
In this review we highlight how electron microscopy and first principles modelling are powerful complementary tools for understanding properties of grain boundaries in polycrystalline energy materials. Thanks to all co-authors! @jquirk_cmt @MathiasThinks
pubs.aip.org
Polycrystalline materials are ubiquitous in technology, and grain boundaries have long been known to affect materials properties and performance. First principl
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@MMMGroupYork
Keith McKenna
1 year
In this study led by Chuanjia Tong (Central South University, Changsha) the role of different types of Cu-Zn disorder in CZTSSe is investigated by DFT and NAMD simulations.
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@MMMGroupYork
Keith McKenna
1 year
In the first publication of his PhD Alex Armstrong investigated how uniaxial strain modifies the electronic properties of the 2D materials MoS2 and TiS3 with latter exhibiting significant directional dependence correlated with its anisotropic structure
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@MMMGroupYork
Keith McKenna
1 year
A remarkably coherent and electronically benign interface between FAPbI3 and a 3R polytype of PbI2 is identified in this nice collaboration with the groups of Michael Johnston, Laura Herz and Peter Nellist @MathiasThinks @OxfordMaterials
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advanced.onlinelibrary.wiley.com
Using scanning transmission electron microscopy, this study has imaged PbI2 embedded coherently within a cubic FAPbI3 lattice. The crystallographic differences between FAPbI3 and the commonly-found...
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@MMMGroupYork
Keith McKenna
1 year
In this study we experimentally tested our prediction that incorporating Zr into surfaces of nanocrystalline anatase TiO2 should reduce electron trapping and successfully demonstrated an improvement in charge carrier mobility.
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pubs.acs.org
First principles modeling of anatase TiO2 surfaces and their interfacial contacts shows that defect-induced trap states within the band gap arise from intrinsic structural distortions, and these can...
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@MMMGroupYork
Keith McKenna
1 year
I’ve been a bit rubbish at posting papers on here when they get published so in the next few tweets I will post a selection from the last year.
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@MMMGroupYork
Keith McKenna
2 years
A fully funded PhD studentship is available within the York CDT in Sustainable Materials for Net Zero to work on the discovery of new sustainable permanent magnets using predictive materials modelling. Deadline 03/01/24. @UoY_PET @SusMatZeroCDT
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findaphd.com
PhD Project - Discovery of new sustainable permanent magnets for electric motors and generators at University of York, listed on FindAPhD.com
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@MMMGroupYork
Keith McKenna
2 years
RT @scanlond81: PLEASE RETWEET: I have a 4-year PhD studentship available @UoBChemistry on using #compchem to find new wide band gap oxides….
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@MMMGroupYork
Keith McKenna
2 years
RT @5GSolar: Join the 1st International #workshop on Emerging Inorganic Chalcogenides Photovoltaics via web on 15th and 16th of June which….
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@MMMGroupYork
Keith McKenna
2 years
Deadline for PhD on materials modelling for next generation PV extended to 31 May. In the words of @NOFXband 'The alternative is one, Final source of energy, Solar electricity'. Join us @SusMatZeroCDT @UniOfYork.
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findaphd.com
PhD Project - Crack-tolerant materials for next-generation photovoltaics at University of York, listed on FindAPhD.com
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@MMMGroupYork
Keith McKenna
2 years
RT @RenewPV_Network: 📢 Join us for the 1st International Workshop on Emerging Inorganic Chalcogenides Photovoltaics, part of the Renew PV C….
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@MMMGroupYork
Keith McKenna
2 years
RT @SaifulChemistry: 📢@FaradayInst @CATMAT_FI funded postdoc position available - on modelling of lithium battery cathode materials in my g….
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