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AKBP: Arbeitskreis Beschleunigerphysik

AKBP 10: Instrumentation and Beam Diagnostics II

AKBP 10.1: Group Report

Wednesday, March 20, 2024, 17:00–17:30, E 020

Overview of the accelerator magnet systems developments at the Karlsruhe Institute of Technology — •Julian Gethmann2, Falastine Abusaif2, Axel Bernhard2, Samira Fatehi1, Andreas Grau2, Bennet Krasch2, David Saez de Jauregui2, Erik Bründermann2, and Anke-Susanne Müller1,21LAS, KIT, Karlsruhe — 2IBPT, KIT, Karlsruhe

A key strategic approach to making accelerator-driven light sources more energy efficient and sustainable is to employ superconductivity.

At Karlsruhe Institute of Technology (KIT) there is a successful experience in developing and enhancing superconducting magnet systems for accelerators.

That includes the design and fabrication of low and high-temperature superconducting technologies, high-field undulators with long/short periodic lengths as well as novel miniature high-strength magnets.

This contribution gives an overview of the previous achievements and ongoing projects at KIT related to superconducting undulators and magnets.

Keywords: superconductivity; undulator; magnet; wiggler; insertion device

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