Required technologies of superconducting energy recovering RF linac-based free-electron lasers for large-scale and popular industrial applications

Minehara, Eisuke

The JAERI superconducting RF linac-based free-electron laser has successfully produced the tunable, 6% or more efficient, a few hundreds femtoseconds, and 2.34kW high average power laser light firstly. Here we discuss and report what kinds of the accelerator and free-electron laser technologies we need in order to make a large-scale and popular industrial FEL applications possible, to increase the average power drastically, to realize the JAERI FEL to be a non-ionizing radiation generating device, and to miniaturize the device volume and weight. In the discussion as a specific example of the large-scale and popular industrial applications, we discuss the nuclear energy related example, and the required technologies of the accelerator and non-accelerator related.

Language	:	Japanese
Journal	:	Proceedings of ARTA 2004
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Pages	:	p.75 - 76
Publication Year/Month	:	2004/00
Meeting title	:	第6回応用加速器・関連技術研究シンポジウム(ARTA 2004)
Held date	:	2004/06
Location (city)	:	東京
Location (country)	:	日本
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Keywords	:	超伝導リニアック駆動自由電子レーザー; 高変換効率; フェムト秒; 大規模で広範囲な産業応用; 原子力エネルギー分野
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Registration No. : B20040421
JAEA Abstracts No. :
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