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Upgrading HLS storage ring magnet system design

Author: ZhangHao
Tutor: LiWeiMin
School: University of Science and Technology of China
Course: Nuclear Technology and Applications
Keywords: HLS Magnet system Magnet design Dipole Magnet Quadrupole magnet Versatile six -pole magnet
CLC: O572.211
Type: Master's thesis
Year: 2011
Downloads: 16
Quote: 0
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Abstract


Hefei synchrotron radiation source (HLS) is a dedicated synchrotron radiation source , because of its second-generation light source that emits relatively large (160nmrad). In order to improve the performance of the light source , especially for higher brightness synchrotron radiation light and increase the number of insertion elements , HLS upgrade project currently underway. After transformation, the storage ring lattice as including four ultra- cycle DBA structure , which contains eight two -pole iron, 32 quadrupole and 32 combined functionality of a six -pole iron . Magnet system is an important part of the accelerator . This transformation , all of the magnets are required to re- design and manufacture to meet the design requirements of the new machine . Paper focuses on the optimization of the storage ring magnet conventional design process and the quality of the magnetic field is analyzed. Extremely versatile six iron which is designed and manufactured the first time in the country . Paper summarizes the design of the basic magnet and electromagnet design Introduction to the theoretical basis . According to the theoretical basis of the electromagnet design , detailing the HLS Ⅱ upgrading storage ring magnet system, about two -pole iron quadrupole iron iron and versatile six -pole design and calculation of the final result.

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CLC: > Mathematical sciences and chemical > Physics > Nuclear physics,high energy physics > High-energy physics > Particle physics > Experiments and determination > High Energy Accelerator
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