プラズマ・核融合学会誌
Print ISSN : 0918-7928
研究論文
レーザー生成球対称 Sn プラズマからの極端紫外線(EUV)放射特性
西村 博明重森 啓介中井 光男藤岡 慎介島田 義則橋本 和久山浦 道照内田 成明松井 亮二日比野 隆宏奥野 智晴陶 業争長井 圭治乗松 孝好長友 英夫ZHAKHOVSKII Vasilli古河 裕之砂原 淳河村 徹西川 亘村上 匡且西原 功修宮永 憲明中塚 正大井澤 靖和
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2004 年 80 巻 4 号 p. 325-330

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A new research project on extreme ultraviolet(EUV) source development has been started utilizing resources of laser fusion research. The main task of the project is to provide a scientific basis for generating efficient, debris-free, high power EUV plasma source for production of semiconductor devices. Spherical solid-tin targets were illuminated uniformly with twelve beams from GEKKO XII to create spherical plasmas, and EUV emission spectra were absolutely measured. The highest conversion efficiency of 3 % to 13.5 nm EUV light in 2 % bandwidth was attained at irradiance of around 5×1010W⁄cm2. The experimental data were well reproduced by a theoretical model taking power balance in the EUV plasma into consideration.
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© 2004 by The Japan Society of Plasma Science and Nuclear Fusion Research (Japanese)
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