Speaker
Yung-Chuan Chen
(RadiaBeam Technologies (United States))
Description
RadiaBeam has designed and manufactured a fast-ramping alpha magnet that is developed for interleaved operation at the Argonne APS. This interleaving operation requires the alpha magnet to stably complete a 5s long cycle with a 100ms ramp-up, 1000ms nominal field output and a 100ms ramp-down. A laminated yoke is used to minimize eddy currents, ensure fast field response times and reduce core-loss during operation. The magnet has been measured by Hall probe at Radiabeam and Argonne APS, demonstrating 2.75 T/m maximum field gradient alpha magnet within a 10cm x 14cm good field region in both DC and pulse mode.
Funding Agency
U.S. Department of Energy, Office of Basic Energy Science, under contracts DE-SC0022384
| Region represented | America |
|---|---|
| Paper preparation format | Word |
Author
Yung-Chuan Chen
(RadiaBeam Technologies (United States))
Co-authors
Animesh Jain
(Argonne National Laboratory)
Charles Doose
(Argonne National Laboratory)
Christopher Oberempt
(RadiaBeam Technologies (United States))
Davide Bianculli
(Argonne National Laboratory)
Geoff Waldschmidt
(Argonne National Laboratory)
Kent Wootton
(Argonne National Laboratory)
Mark Jaski
(Argonne National Laboratory)
Ronald Agustsson
(RadiaBeam Technologies (United States))
Tara Hodgetts
(RadiaBeam Technologies (United States))
William Berg
(Argonne National Laboratory)
