---Nominated for the Eos Pipet 2016, awarded by Eos Magazine for promising young researchers.---First author of "Error estimates for solid-state density-functional theory predictions: an overview by means of the ground-state elemental crystals" (Crit. Solid State) and "Reproducibility in density functional theory calculations of solids" (Science). Please visit Codes DFT/ for more information.---Nature Materials has dedicated its column 'Material Witness' to our article about the minimum win fraction as a post-Pareto search criterion.---Ir. The adsorption strength of the Cu7 cluster has been predicted in this study to be according to the following order: A(001) R(110).
---Nominated for the Eos Pipet 2016, awarded by Eos Magazine for promising young researchers.---First author of "Error estimates for solid-state density-functional theory predictions: an overview by means of the ground-state elemental crystals" (Crit. Solid State) and "Reproducibility in density functional theory calculations of solids" (Science).Tags: All But Dissertation MeansGood Business PlanDog Day Care Business PlanAp English Language And Composition ThesisGoodman Brown ThesisYale Som Essay Questions 2013Apa Citation And DissertationTopics For Capstone ProjectShort Story Ideas - Personal Creative Writing Challenges
Here, we have shown that Ti O2 clearly enhances the catalytic properties of copper clusters.
In wireless communication, the frequency offset is a problem that hinders the communication.
Kurt Lejaeghere has received the 14th FEA Ph D Symposium Best Poster Award presented by Atlas Copco (2013) for the poster "A high-throughput approach to computational materials design: tungsten alloys for nuclear fusion reactors" (authors K.
Kurt Lejaeghere has received a Umicore Award 2010 for his master thesis "Modellering van de mengingsenthalpie voor de ontwikkeling van nieuwe 'bulk metallic glasses' (BMG)" supervised by Prof.
Additionally, we have generated anatase (A(001), A(101)) and rutile (R(100), R(110)) surface morphologies and 7atom copper cluster complexes with those planes.
To examine the possible influence of Ti O2 on the adsorption properties of our active metal, Cu7, we have carried out adsorption studies with CH3OH.
Our final data and observations predict that the Cu7 cluster adopts a symmetric pentagonal bipyramidal geometry with D5h symmetry.
We find that the anatase morphology has a greater overall stability than rutile.
Our data indicates that copper cluster stabilization on the metal-oxide surface depends on the nature of the crystal face.
Again, we studied the adsorption properties of methanol on nascent Cu7 cluster, Cu7-Ti O 2 complex and on pure Ti O2-surface in A(001) polymorphic form.