DCT magnet field quality fine tuning optimization method and design mode

DCT magnet field quality fine tuning optimization method and design mode

The invention discloses a DCT (Discrete Cosine Transform) magnet field quality fine tuning optimization method and a design mode, and conductor angle distribution of a DCT coil in a tangent plane is controlled by adjusting a stream function, so that optimization of a magnetic field is realized. The...

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Hauptverfasser: MEI ENMING, YOU WEI, YANG WENJIE, SUN LIANGTING, CHEN YUQUAN, ZHANG XIANG, ZHANG JINGJING, HAN JUNG-NAM, YANG JIANCHENG, YAO QINGGAO, TONG YUJIN, LIANG YU, MA LIZHEN, WU WEI, HAN SHAOFEI
Format: Patent
Sprache:chi ; eng
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CALCULATING
COMPUTING
COUNTING
ELECTRIC DIGITAL DATA PROCESSING
PHYSICS
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creator MEI ENMING
YOU WEI
YANG WENJIE
SUN LIANGTING
CHEN YUQUAN
ZHANG XIANG
ZHANG JINGJING
HAN JUNG-NAM
YANG JIANCHENG
YAO QINGGAO
TONG YUJIN
LIANG YU
MA LIZHEN
WU WEI
HAN SHAOFEI
description The invention discloses a DCT (Discrete Cosine Transform) magnet field quality fine tuning optimization method and a design mode, and conductor angle distribution of a DCT coil in a tangent plane is controlled by adjusting a stream function, so that optimization of a magnetic field is realized. The method comprises the steps of fine adjustment of a main pole flow function, correction of setting of the main pole flow function and design of the multi-pole combined magnet, high-precision optimization of the magnetic field can be achieved, and the quality and stability of the magnetic field are improved. In addition, the invention further provides a design mode of the fixed-proportion multi-pole combined magnet, the DCT coil type magnet meeting special requirements can be rapidly generated, and the design efficiency is greatly improved. The method has the advantages that a DCT magnet design mode is provided, and a more convenient solution is provided for physical demand conditions with special field form requirem
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COMPUTING
COUNTING
ELECTRIC DIGITAL DATA PROCESSING
PHYSICS
title DCT magnet field quality fine tuning optimization method and design mode
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