Sander Borgmans
PhD Fellow (EA17) +32 (0)9 264 65 61 Tech Lane Ghent Science Park, Campus Ardoyen Technologiepark 46, 9052 Zwijnaarde, Belgium Office n°023   |
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Published online
How the Layer Alignment in Two-dimensional Nanoporous Covalent Organic Frameworks Impacts Its Electronic Properties , , ACS Applied Nano Materials , Published online , 2022 , IF: 6.14 , 101/345 [Q2]
Published
2022
Accurately determining the phase transition temperature of CsPbI3 via RPA calculations and phase-transferable machine learning potentials , , Chemistry of Materials , 34, 19, 8561–8576 , 2022 , IF: 10.508 , 48/345 [Q1]
Stable Amorphous Solid Dispersion of Flubendazole with High Drug Loading via Solvent Electrospinning , , Journal of controlled release , 351, November 2022, Pages 123-126 , 2022 , IF: 11.476 , Q1
2021
Quantifying the likelihood of structural models through a dynamically enhanced powder X‐ray diffraction protocol , , Angewandte Chemie int. Ed. , 60 (16), 8913-8922 , 2021 , IF: 16.823 , 15/179 [Q1]
2020
Strongly Reducing (Diarylamino)benzene Based Covalent Organic Framework for Metal-Free Visible Light Photocatalytic H2O2 Generation , , JACS (Journal of the American Chemical Society) , 142 (47), 20107-20116 , 2020 , IF: 15.419 , 15/178 [Q1]
Dissertations
(D2) , Screening potentially interesting covalent organic frameworks by accurate force field simulations , , Supervisor(s): Prof. Dr. ir. Veronique Van Speybroeck , 2017
2022
Exploring the phase stability in interpenetrated diamondoid covalent organic frameworks , , MOF2022 , Dresden, Germany , 220 , zo, 04/09/2022 t/m wo, 07/09/2022
Instilling flexibility in rigid MOFs through strain engineering: A case study on crumple zones to relieve stress in UiO-66 , , MOF2022 , Dresden, Germany , zo, 04/09/2022 t/m wo, 07/09/2022
Instilling flexibility in rigid MOFs through strain engineering: A case study on crumple zones to relieve stress in UiO-66 , , MOF2022 , Dresden, Germany , zo, 04/09/2022 t/m wo, 07/09/2022
Accurately determining the transition temperature of metal halide perovskites via RPA calculations and phase-transferable machine learning potentials , , DFT2022 , Brussels, Belgium , ma, 29/08/2022 t/m vr, 02/09/2022
2021
Quantifying the likelihood of structural models through a dynamically enhanced powder X-ray diffraction protocol , , EURMOF2021-YIS , Online , vr, 10/09/2021
2022
Instilling flexibility in rigid MOFs through strain field engineering: A case study on crumple zones to relieve stress in UiO-66 , , Molecular Simulation 2022: Present, Past and Future , Erice, Italy , za, 25/06/2022 t/m wo, 29/06/2022
2021
Quantifying the likelihood of structural models through a dynamically enhanced powder X-ray diffraction protocol , , EUROMOF2021 , Online , ma, 13/09/2021 t/m wo, 15/09/2021
2020
Quantifying the likelihood of structural models through a dynamically enhanced powder X-ray diffraction protocol , , Faraday Discussions , Online , di, 13/10/2020 t/m vr, 16/10/2020
Construction of a Ready-To-Use Database to Enable Accurate High-Throughput Screenings of Covalent Organic Frameworks , , MolSim 2020 , Amsterdam, The Netherlands , ma, 06/01/2020 t/m vr, 17/01/2020
2019
Elucidating the dynamics of the intricate stacking behaviour in 2D covalent organic frameworks at finite temperatures using MD simulations , , MOFSIM 2019 , Ghent, Belgium , do, 11/04/2019
Construction of a Ready-to-Use Database to Enable Accurate High-Throughput Screenings of Covalent Organic Frameworks , , MOFSIM2019 , Ghent, Belgium , wo, 10/04/2019 t/m vr, 12/04/2019
Elucidating the dynamics of the intricate stacking behaviour in 2D covalent organic frameworks at finite temperatures using MD simulations , , MOLSIM2019 , Amsterdam, The Netherlands , do, 10/01/2019