Projects
Theoretical study of relativistic electron vortex waves. University of Antwerp
Experimental and theoretical study of the fundamental mechanisms of nitrogen fixation by plasma and plasma-catalysis: towards the development of novel, environmentally friendly and efficient processes. Ghent University
Nitrogen is a crucial element for living organisms on earth. Transforming atmospheric N2 into
molecules that can be incorporated by most organisms (N2 fixation) is either done by
microorganisms or through energetically costly chemical processes (lightning strikes, Haber-
Bosch (H-B) process). As the theoretical limit for the energy consumption of N2 fixation via
non-thermal plasma (NTP) is more than 2.5 times lower ...
An experimental and theoretical study into the competition between halogen bonding and hydrogen bonding. University of Antwerp
Experimental and theoretical study of the fundamental mechanisms of nitrogen fixation by plasma and plasma-catalysis: towards the development of novel, environmentally friendly and efficient processes (NITROPLASM). University of Antwerp
An experimental and theoretical study into the competition between halogen bonding and hydrogen bonding. University of Antwerp
Empirical and theoretical study of the ethical problems concerning treatment and counselling of newborns, children and adolescents with disorders of sex development Ghent University
By studying the relevant scientific literature and conducting qualitative research by interviewing parents and physicians, we want to better understand the issues and, indirectly, to provide answers to the practical problems encountered during treatment of young children and adolescents and during counseling of parents of children with DSD.
Experimental and theoretical study of novel (semi)conductive polymer nanocomposites based on co-continuous block copolymer matrices combined with carbon nanotubes and metal-based nanowires Vrije Universiteit Brussel
Theoretical study on the mechanism of formation of silicate oligomers and larger subunits Ghent University
This research proposal aims in obtaining molecular insight into the formation of silicate oligomers and the aggregation of these oligomers to larger subunits, necessary to design tailored nanoporous materials. Molecular modeling is an ideal tool to study the various aspects of these processes. However, the project can only be successful if performed in collaboration with the experimental partner (COK-KULeuven).
Theoretical and experimental study of membrane action in orthotropic concrete slabs in the framework of robustness assessments of concrete structures Ghent University
When a concrete slab is excessively loaded, membrane forces can considerably increase their load-carrying capacity and thus the robustness of concrete structures. The research aims at the study of tensile membrane action on the basis of large-scale tests. Analytical and numerical models are developed and assessed against experimental results. Based on these investigations, design guidelines are suggested.