DIFFER's role as a national institute makes it possible to operate research facilities beyond the scope of individual university groups. These facilities help DIFFER to develop its insights from fundamental research towards a scale relevant for industrial application. Our experienced in-house engineers and workshops design, manufacture and operate DIFFER's facilities.
Our mid-sized laboratory setups Magnum-PSI and Ion Beam Facility offer unique opportunities for researchers and collaborators. In addition to these larger facilities are well-equipped lab clusters for optics or materials research dedicated to the Solar Fuels research.
Magnum-PSI - materials under fusion reactor conditions
Fusion reactors like ITER and its successors will expose materials to intense heat and particle impacts where the hot plasma exits the magnetic cage onto the exhaust wall. How can we design a reactor wall to withstand an environment as extreme as at the surface of the sun? Magnum-PSI is the world's only laboratory facility that can test materials under conditions relevant for ITER and future nuclear fusion reactors. An extensive set of diagnostics allow for detailed studies of evolving materials properties. Magnum-PSI is a user facility, we welcome external researchers.
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Ion Beam Facility - in-depth studies of energy materials
What happens to materials that are exposed to the extreme conditions in a nuclear fusion reactor? How to improve the catalytic properties of materials and surfaces in easing chemical reactions? DIFFER’s Ion Beam Facility is the only one of its kind in the Netherlands. The 3.5 MV ion accelerator offers a suite of ion beam analysis techniques that allow researchers to characterize (sub-)surface material properties and investigate processes in materials for fusion energy, solar fuels and other topics (read more).
Solar Fuels laboratories – understanding chemistry from atomic to macroscale
The Solar Fuels theme within DIFFER focusses on the storage of photons and electrons in form of fuels and feedstock. What processes and (nano)materials can use sunlight to break and form molecular bonds? How to synthesize chemicals using renewable electrons in (plasma-activated) electrochemistry?
To study and understand the underlying processes, we use techniques from different disciplines. For instance, we bring together photo- and electrocatalysis, plasma and materials science, or process and system engineering. DIFFER has a flexible lab infrastructure which hosts dedicated table-top sized set-ups that uniquely combine these fields.
Additionally, DIFFER has an extensive number of more routine materials synthesis and characterisation tools as well diagnostics equipment such as electron microscopes, Raman and FTIR spectrometers and (tunable) laser facilities from the ultraviolet to the infrared.