The plan for beamlines in Phase II at Taiwan Photon Source is to construct two new BioSAXS and nano-ARPES beamlines. A highly brilliant light source can be produced with a cryogenic undulator, and many synchrotron facilities have been developed and operated with these in their storage rings. The development of a cryogenic undulator became a target for a light source in TPS phase II. A cryogenic undulator with period of length 15 mm will be made in a hybrid magnetic structure, and use PrFeB permanent-magnet materials. A maximum magnetic field 1.31 T is estimated at gap 4 mm and temperature about 100 K. The spectral performance of a TPS cryogenic undulator is presented in this paper.
Design of a magnetic circuit for a cryogenic undulator in Taiwan photon source
Jui-Che Huang, Hideo Kitamura, Cheng-Ying Kuo, Chin-Kang Yang, Cheng-Hsing Chang, Yung-Teng Yu, Yu-Yung Lin, Ching-Shiang Hwang; Design of a magnetic circuit for a cryogenic undulator in Taiwan photon source. AIP Conf. Proc. 27 July 2016; 1741 (1): 020016. https://doi.org/10.1063/1.4952795
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