ＲＦ空胴設計
ＯＨＯ ’９９

高エネルギー加速器セミナー
岩下芳久*
1999 / 9 / 1 (2007/10/29 一部改訂)

目次
0

はじめに ............................................................................................................................................................. ⅡB-1

1

荷電粒子の加速................................................................................................................................................. ⅡB-12

電界の発生（静電場）..................................................................................................................................... ⅡB-13

電界の発生(時間的に変化する電界) ............................................................................................................. ⅡB-2
3.1
モデル化 ................................................................................................................................................... ⅡB-2
3.2
RF における Q 値と損失........................................................................................................................ ⅡB-3
3.2.1
High Q の場合............................................................................................................................... ⅡB-3
3.2.2
low Q の場合 ................................................................................................................................. ⅡB-5
3.3
インダクション加速............................................................................................................................... ⅡB-7
3.4
多重高調波重畳加速............................................................................................................................... ⅡB-74

シミュレーションコード ................................................................................................................................ ⅡB-94.1
微分方程式の整理と問題の分類 .......................................................................................................... ⅡB-94.2
直交座標による表示............................................................................................................................. ⅡB-104.2.1
成分表示 ....................................................................................................................................... ⅡB-10
4.2.2
二次元 ........................................................................................................................................... ⅡB-114.3
円筒座標の場合..................................................................................................................................... ⅡB-114.3.1成分表示 ....................................................................................................................................... ⅡB-11
4.4
重みつき残差法..................................................................................................................................... ⅡB-12
4.5
SUPERFISH における周波数の収束 ................................................................................................. ⅡB-14
4.6
SUPERFISH 使用時の実際.................................................................................................................. ⅡB-14
4.6.1
キーワード補足........................................................................................................................... ⅡB-14
4.6.2
セグメントの数え方................................................................................................................... ⅡB-15

5.

緒言 ................................................................................................................................................................... ⅡB-16

参考文献 ..................................................................................................................................................................... ⅡB-16*（連絡時）電子メール: iwashita@kyticr.kuicr.kyoto-u.ac.jp