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Design of Cone Magnets and Shielding to Align and Calibrate Hall Probe Measurement System
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Design of Cone Magnets and Shielding to Align and Calibrate Hall Probe Measurement System

Yun-Liang Chu, Ting-Yi Chung, Chih-Sheng Yang, Chin-Kang Yang, Cheng-Ying Kuo, Fu-Yuen LinChing-Shiang Hwang
IEEE Transactions on Applied Superconductivity
01/2018

摘要

alignment Hall probe magnetic field measurement permanent magnet shielding Electronic Optical and Magnetic Materials Condensed Matter Physics Electrical and Electronic Engineering
To measure magnetic fields with a Hall probe, accurate alignment needs to be considered. Therefore, we present improvements to Hall probe measurement system, including cone magnets and a zero-field shield as simulated by OPERA. The design of cone magnets of the North-face-North (N-N) type is greatly helpful to monitor magnet alignment. The accurate location of the Hall probe doping area should be determined before doing any measurements. In addition, a zero-field shielding tube is used to reset the probe to zero. Results of simulations are reported in this paper.

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