首页> 外文会议>Electromagnetic Compatibility Symposium Record, 1968 IEEE >Design considerations for the JAERI industrial 1.3micron 40kW highly-efficient FEL driven by the superconducting rf linac
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Design considerations for the JAERI industrial 1.3micron 40kW highly-efficient FEL driven by the superconducting rf linac

机译:超导线性直线加速器驱动的JAERI工业1.3微米40kW高效FEL的设计注意事项

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As the JAERI superconducting rf linac based free-electron laser (FEL) has successfully been lased to produce a 2.34kW FEL light and 100kW electron beam output in quasi continuous wave(qCW) operation recently, it exceeded twice of the 1kW program goal. As our next program goal, a 40 kW FEL light and 4 MW electron beam output in qCW operation is planned in the JAERI superconducting rf linac based FEL facility. Conceptual design considerations needed for such a very high power operation will be discussed to improve the existing facility.
机译:由于最近基于JAERI超导线性加速器的直线加速器的自由电子激光(laser)成功发射激光,以准连续波(qCW)操作产生了2.34kW的FEL光和100kW的电子束输出,因此它超过了1kW计划目标的两倍。作为我们的下一个计划目标,计划在基于JAERI超导射频直线加速器的FEL设备中以qCW运行方式输出40 kW FEL灯和4 MW电子束。将讨论这种高功率运行所需的概念设计注意事项,以改善现有设施。

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