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Please use this identifier to cite or link to this item: http://hdl.handle.net/11133/1394

Title: 大気圧マイクロ波ヘリウム・プラズマ・ジェットにおける放電構造分岐
Other Titles: タイキアツ マイクロハ ヘリウム プラズマ ジェット ニ オケル ホウデン コウゾウ ブンキ
Structural Bifurcation of Microwave Helium Jet Discharge at Atmospheric Gas Pressure
Authors: 高村, 秀一
鬼頭, 真和
曽我, 忠祐
高嶋, 博慶
西野, 祐司
早川, 真司
番, 祐介
結城, 翼
神藤, 正士
大野, 哲靖
TAKAMURA, Shuichi
KITO, Masakazu
SOGA, Tadasuke
TAKASHIMA, Hiroyoshi
NISHINO, Yuji
HAYAKAWA, Shinji
BAN, Yusuke
YUHKI, Tsubasa
KANDO, Masashi
OHNO, Noriyasu
Issue Date: 31-Mar-2008
Publisher: 愛知工業大学
Abstract: Structural bifurcation of microwave-sustained jet discharge at atmospheric gas pressure was found to produce a stable helium plasma jet, which may open the possibility of a new type of high-flux test plasma beam for plasma-wall interactions in fusion devices. The fundamental discharge properties are presented including hysteresis characteristics, imaging of discharge emissive structure, and stable ignition parameter area.
URI: http://hdl.handle.net/11133/1394
Appears in Collections:43号

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