MULTI-PROBE MAGNEIC FIELD MEASURING SYSTEM WITH HIGH PRECISION

LONG Ao; JIAO Tian-Shu; CHANG Li; CHANG Geng-Fu; DANG Jian-Rong; GUO Ke-Jun; ZHANG Chang-Shuan; WU Gui-Heng; YU Wen-Jie; ZHANG Guo-Bin; WANG Wen-Ling

Chinese Physics C> 1987, Vol. 11> Issue(3) : 419-425

MULTI-PROBE MAGNEIC FIELD MEASURING SYSTEM WITH HIGH PRECISION

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Abstract：
HIRFL magnetic field measuring system was built in October, 1983. There are 94 Hall probes on a detecting arm. The positioning device, which mainly consists of a detecting arm, a rotating ring and a fixed ring, is of a polar coordinate type. For 16KG magnetic field, the measuring repeatability of the system is better than ±5×10^－5, the measuring accuracy is about ±1×10^－4. The measuring rate is about 188 data per minute.

References

[1]

O.Szavits et al., 7th Intern. Conf. on Cyclotrons and their Applicationc, 1975, p. 184,[2] 龙敖, 焦天枢, 李天佑等, 1/4模型磁铁的在线测磁系统.近物所年报, 1981年, p. 202[3] 龙敖, 高精度磁场测量系统研制方案。近物所内部资料, 7611F3-5S之15, 1979年7月[4] 党建荣, 郭克钧, 赵国典和龙敖, 用于SSC磁铁测量系统的霍尔多探头装置.兰州重离子研究装置进展报告, 第三卷, 19sa年, p. 19.[5] 常力, 张国斌和郑金鸿, SSC扇形磁铁多探头铡磁文架.同[4], p. 29.[7] 常更福, 747#多探头在线侧磁管理程序.同[4], P.[8] 王书昌等, SSC的第一扇磁铁铁芯与一扇原型实验.同[4], p. 1.[9] 磁场侧量组, 一扇原型磁铁测磁系统近物所年报, 1983年, p. 183.

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LONG Ao, JIAO Tian-Shu, CHANG Li, CHANG Geng-Fu, DANG Jian-Rong, GUO Ke-Jun, ZHANG Chang-Shuan, WU Gui-Heng, YU Wen-Jie, ZHANG Guo-Bin and WANG Wen-Ling. MULTI-PROBE MAGNEIC FIELD MEASURING SYSTEM WITH HIGH PRECISION[J]. Chinese Physics C, 1987, 11(3): 419-425.

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Received: 1900-01-01
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沈阳化工大学材料科学与工程学院沈阳 110142

MULTI-PROBE MAGNEIC FIELD MEASURING SYSTEM WITH HIGH PRECISION

Corresponding author: LONG Ao,

Received Date: 1900-01-01

Accepted Date: 1900-01-01

Available Online: 1987-06-05

Abstract: HIRFL magnetic field measuring system was built in October, 1983. There are 94 Hall probes on a detecting arm. The positioning device, which mainly consists of a detecting arm, a rotating ring and a fixed ring, is of a polar coordinate type. For 16KG magnetic field, the measuring repeatability of the system is better than ±5×10^－5, the measuring accuracy is about ±1×10^－4. The measuring rate is about 188 data per minute.

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MULTI-PROBE MAGNEIC FIELD MEASURING SYSTEM WITH HIGH PRECISION

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