J. De Vos
From the atom to the material: The micromechanical model to convert atomic information to macroscopic phenomena
Computationally designing guest-loaded covalent organic frameworks for next-generation fuel cells
High-throughput screening of promising covalent organic frameworks to design next-generation fuel cells
From the atom to the material: The micromechanical model to convert atomic information to macroscopic phenomena
Construction of a Ready-To-Use Database to Enable Accurate High-Throughput Screenings of Covalent Organic Frameworks
ISBN/ISSN:
Poster
Conference / event / venue
MolSim 2020
Amsterdam, The Netherlands
Monday, 6 January, 2020 to Friday, 17 January, 2020
Construction of a Ready-to-Use Database to Enable Accurate High-Throughput Screenings of Covalent Organic Frameworks
ISBN/ISSN:
Poster
Conference / event / venue
MOFSIM2019
Ghent, Belgium
Wednesday, 10 April, 2019 to Friday, 12 April, 2019
Designing the next-generation fuel cells through the computational modelling of the thermal and mechanical properties of guest-loaded covalent organic frameworks
High-throughput screening to predict the textural and adsorption properties of covalent organic frameworks using a top-down approach
Juul De Vos
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