1. Benchmark study and thermal-load analysis for soft X-ray beamline of Korea fourth-generation storage ring.
- Author
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Ko, J., Kim, K.-J., Baik, J., Lee, J., Oh, B.-H., Kim, E.-S., and Shin, S.
- Subjects
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STORAGE rings , *PHOTON beams , *THERMAL analysis , *HEATING load , *LIGHT sources , *SOFT X rays , *ELECTRON beams - Abstract
The Korea fourth-generation storage ring (Korea-4GSR) has a low electron beam emittance of 60 p.m.-rad, and provides a photon beam that is 100 times brighter and 100 times more coherent than the third-generation Pohang Light Source (PLS-II). However, the new source imposes a higher heat load on beamline optics. In particular, the first mirror (M1), which receives the broad-bandwidth white beam will be distorted by the thermal load from X-ray beam and the heat bump will degrade the beam quality. For the thermal analysis of M1, a method is developed to solve the thermal deformation with temperature gradient and absorbed power density. To implement the method in the analysis of heat load effect on M1, a benchmark study was performed on beamline 8A at PLS-II. In this paper, we describe the thermal analysis of M1 in Korea-4GSR after verifying our simulation method in a benchmark study. [ABSTRACT FROM AUTHOR]
- Published
- 2023
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