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Magnetic field measurement of the extraction kicker magnet in J-PARC RCS

J-PARC RCS出射用電磁石の磁場測定

神谷 潤一郎  ; 植野 智晶*; 高柳 智弘  

Kamiya, Junichiro; Ueno, Tomoaki*; Takayanagi, Tomohiro

キッカー電磁石はJ-PARC 3GeVシンクロトロンの出射用パルス電磁石である。それは、1MWのビームパワーの陽子ビームを蹴り出すために大口径を有している。それゆえ、負荷ケーブルとのインピーダンスミスマッチ、及び端部漏れ磁場が、磁場分布の精度に影響を及ぼす。われわれはシミュレーションと測定によりそれらの影響を分析し、磁場精度を改善することを行った。本論文ではそれらの研究結果を報告する。

Kicker magnets in J-PARC RCS are being constructed at JAERI (Japan Atomic Energy Research Institute) as the extraction pulse magnet. It is designed to have a large aperture in order to accept the maximum beam power 1MW. Therefore the impedance mismatch and fringe field have the large effect on distortion of a flatness of the kicker magnetic field. We examined their effect by the simulation and measurement, and contrived to improve the field flatness. In this paper, we present the features of the RCS kicker systems, describe the magnetic field measurement and improvement, and briefly introduce the field mapping which we are performing now.

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パーセンタイル:30.34

分野:Engineering, Electrical & Electronic

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