Assessing the flexibility and loss of crystallinity in metal-organic frameworks from a thermodynamic point of view
ISBN/ISSN:
Poster
Conference / event / venue
EUROMOF 2017
Delft, The Netherlands
Monday, 30 October, 2017
J. Wieme
Including nuclear quantum effects via path integral techniques to accurately model breathing in metal-organic frameworks
A thermodynamic characterization of mechanical, thermal and adsorption properties of flexible metal-organic frameworks
ISBN/ISSN:
Talk
Conference / event / venue
EUROMAT 2017
Thessaloniki, Greece
Sunday, 17 September, 2017 to Friday, 22 September, 2017
Impact of the mechanical pressure under various conditions on the flexibility of various metal-organic frameworks
ISBN/ISSN:
Talk
Conference / event / venue
EUROMAT 2017
Thessaloniki, Greece
Sunday, 17 September, 2017 to Friday, 22 September, 2017
A thermodynamic approach to accurately determine the flexibility and loss of crystallinity in metal-organic frameworks
ISBN/ISSN:
Talk
Conference / event / venue
EUROMAT 2017
Thessaloníki, Greece
Thursday, 21 September, 2017
Modeling dispersion interactions in flexible metal-organic frameworks: critical influence on phase stability
ISBN/ISSN:
Poster
Conference / event / venue
EUROMAT 2017
Thessaloniki, Greece
Sunday, 17 September, 2017 to Friday, 22 September, 2017
Exploring the flexibility of MIL-47(V)-type materials using force field molecular dynamics simulations
ISBN/ISSN:
Talk
Conference / event / venue
EUROMAT 2017
Thessaloniki, Greece
Sunday, 17 September, 2017 to Friday, 22 September, 2017
Thermodynamic approach to accurately determine pressure profiles for metal-organic frameworks to assess their flexibility and loss of crystallinity
ISBN/ISSN:
Talk
Conference / event / venue
Thermodynamics 2017
Edinburgh, UK
Wednesday, 6 September, 2017
Exploring the mechanical and thermal properties of MOFs via force field molecular dynamics
ISBN/ISSN:
Talk
Conference / event / venue
Research stay @ COSMO-EPFL
Lausanne, Switzerland
Tuesday, 7 February, 2017
Including nuclear quantum effects via path integral techniques to accurately model breathing in metal-organic frameworks
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