L. Vanduyfhuys
Obtaining the thermal conductivity of metal-organic frameworks via force-field molecular dynamics simulations
Exploring the feasibility of MOF/polymer hybrid materials via the development of coarse-grained models
Deriving force fields to describe gas adsorption in nanoporous materials with minimal effort
Combining experimental and computational research to investigate the properties of Metal-Organic Frameworks
Application of flexible metal-organic frameworks as nanosized shock absorbers
A practical tool for the interpretation of vibrational spectra of molecules and solids
Extracting complete non-covalent force fields from ab initio computed electron densities
ISBN/ISSN:
Poster
Conference / event / venue
Euromat2015
Warschau, Poland
Monday, 21 September, 2015 to Wednesday, 23 September, 2015
Extracting complete non-covalent force fields from ab initio computed electron densities
ISBN/ISSN:
Poster
Conference / event / venue
Quantum Chemistry in Belgium 12
Leuven, Belgium
Tuesday, 16 February, 2016
Metal-organic frameworks under pressure: A thermodynamic exploration
ISBN/ISSN:
Talk
Conference / event / venue
MolSim 2016: Understanding Molecular Simulations
Amsterdam, The Netherlands
Friday, 8 January, 2016
Pages
