Prof. Dr. ir. Veronique Van Speybroeck
Introducing nuclear quantum effects in metal-organic frameworks via a colored-noise thermostat
Deriving force fields to describe gas adsorption in nanoporous materials with minimal effort
Master of Science in Engineering Physics
2017
Combining experimental and computational research to investigate the properties of Metal-Organic Frameworks
Master of Science in Engineering Physics
2017
Application of flexible metal-organic frameworks as nanosized shock absorbers
Insights in the Behaviour of Metal-Organic Frameworks through Molecular Modeling: from Force Field Derivation to Thermodynamic Analysis
Wed, 04/11/2015
Ghent University AULA, Voldersstraat, Ghent
Supervisors
Prof. Dr. ir. Veronique Van SpeybroeckAdvanced Molecular Models for the Design of Entropy-Driven Processes and Tailored Nanomaterials to Reduce CO2 and NOx Emissions
Thu, 22/10/2015
Het Pand, Onderbergen, Ghent
Design of Metal Organic Frameworks for the Catalytic Production of Fine Chemicals: a Combined Experimental and Computational Investigation
Fri, 25/09/2015
Het Pand, Onderbergen, Ghent
Explicit sampling of the unit cell shape for a more accurate estimation of the free energy profile for flexible crystals
Master of Science in Physics and Astronomy
2016
Diffusion channels for small molecules in nanoporous systems with blocked sites
Master of Science in Engineering Physics
2016
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