Speaker
Description
High-Temperature Superconducting (HTS) magnet technology is not only key to high-field magnets for future large-scale accelerators and fusion, but also enables reduced size, resource usage and energy consumption of future accelerator facilities. This is particularly relevant for cooling, thereby reducing the overall environmental footprint of mid-scale, yet high-quality and high-performance accelerator-driven facilities such as compact X-ray FELs, ion beam therapy facilities or even compact colliders.
KIT is developing HTS magnet, system, and cryogenic technologies aiming at compact and resource-efficient accelerator magnets. These developments are closely connected to the advancement of KIT's unique set of cryogenic magnet characterisation facilities, diagnostic methods and instrumentation.
The work covers the development of HTS magnet concepts, system integration and the associated cryogenic technologies, addressing the challenges of translating HTS performance into practical accelerator applications.
| Thematic blocks | Large Scale Accelerator Facilities, |
|---|---|
| Presentation form prefert | poster |