The durability of magnets used in permanent magnet motor technology is important for the long-term performance of products. The LINX team at Aarhus University studies the degradation of permanent magnets in aqueous media and at elevated temperatures.

Discovery of new drugs is crucial to our well-being and society. Aarhus University helps develop a state-of-the-art toolbox through X-ray diffraction.

The molecular structure of drugs determines how they work. LINX investigates quicker structural ID to aid innovation in the pharma industry.

Though unnoticed, nanomaterials are crucial to modern technology. Aarhus University develops state-of-the-art methods to analyse them "bottom up".

Heat exchangers are everywhere in society, but they are prone to mineral formation on inner surfaces, causing loss of efficiency. The LINX team at Aarhus University studied the impact of anti-fouling coatings on the unwanted mineral formation in simulated heat exchangers.

Heat exposure is a challenge to many technologically applicable materials – especially when it is part of their operating conditions. The LINX teams at Aarhus University and Technical University of Denmark studied degradation and aging of materials operating at high temperatures.

Thermoplast spacers are crucial for the long term sealing of the gas-filled double-layer glass in VELUX A/S thermo-windows. The LINX team at Aarhus University studied the effect of sulphur compounds on thermoplast spacers used in thermo-windows.

Material Chemistry IIId: Synchrotron and Neutron Science Aarhus University, Aarhus Lecture, Classroom instruction Spring Semester 2019 Our academia partner Aarhus University is offering the Sincotron and Neutron Science course that has the objective to give students insight into use of large scale facilities, where X-rays and neutrons are produced for structural characterization of materials. [...]

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