Projects
Sustainable reduction reactions in water via in situ hydrogen gas production. University of Antwerp
Networking and strategy, in collaboration with the client, for the Flemish universities and research institutions in the context of sustainable chemistry, bio-economy and environmental technology. University of Antwerp
Advanced molecular simulations to unravel phase transformations of perovskites KU Leuven
Perovskites have garnered intensive interest because of their extraordinary properties for photovoltaic applications. In the last years, the maximum obtained efficiency of perovskite absorbers for this application has risen substantially, up to a maximum of 23%, thereby rapidly closing the gap with the efficiency of more traditional photovoltaic materials. The further development of these perovskites for photovoltaic applications is, however, ...
Luminescent perovskite QDs confined in nanoporous crystalline silica materials KU Leuven
In this project, we will stabilize perovskite QDs inside self-synthesized nanoporous crystalline silica-based materials (nanoSils). Until now the development of perovskite QDs confined in nanoSils is still in its infancy and the long-term stabilization required for LED phosphors has not yet been accomplished. Zeolites are one type of nanoSils, and since the local environment of the luminescent perovskite QD has been shown to strongly impact ...