Physics of Surfaces
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Institute of Materials Science
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Recently published
2021/01/14
Magnetoelectric Tuning of Pinning-Type Permanent Magnets through Atomic-Scale Engineering of Grain Boundaries
Pinning-type magnets with high coercivity at high temperatures, especially Sm2Co17-type magnets, are at the core of thriving clean-energy technologies. Despite intensive efforts to optimize the intragranular microstructure, the coercivity currently only reaches 20–30% of the theoretical limits.
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Doctoral graduation of Dipl.-Ing. Natalia Schulz
2021/01/12
Friday, 01/29/21, 1 p.m. via Zoom
Topic: "Aufbau, Bildung und Wachstum der Kathode-Elektrolyt Grenzfläche in Li-Ionen Batterien – Einsichten durch XPS Grenzflächenanalyse“
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Magnetism instead of compression
2021/01/07
TU spin-off MagnoTherm Solutions wants to revolutionise the refrigeration industry
The product ideas have huge market potential, the technology behind them is disruptive: For its climate-friendly and sustainable cooling systems, MagnoTherm Solutions replaces harmful gases with a solid material whose cooling effect is controlled by magnetic fields. The commercial application of this long-researched material is a novelty in the refrigeration industry. The start-up wants to enter the fiercely competitive industry as quickly as possible with “plug-in refrigerated displays” for the retail trade.