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Study of expected performance of the hard X-ray beam for the FEL-X project

机译:研究FEL-X项目的硬X射线束的预期性能

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摘要

We advance the FEL-X project and plan to install a new optical klystron for the infrared FELs within next year. The expected FEL gain at a wavelength of 10.6 μm is over 2% with the present electron-beam qualities in the storage ring NIJI-IV. Infrared FELs based on the fundamental and higher harmonics from the new optical klystron will generate hard X-ray beams with an energy of 0.1―2 MeV by the FEL-Compton backscattering process. Conventional light sources cannot provide sufficient amounts of photons in this energy region. The expected yield of the hard X-ray beam is 10~5―10~6 per second with an energy spread of 3%.
机译:我们推进FEL-X项目,并计划在明年内为红外FEL安装新的光学速调管。对于目前在存储环NIJI-IV中的电子束质量,在10.6μm波长处的预期FEL增益超过2%。基于新型光学速调管的基波和高次谐波的红外FEL将通过FEL-Compton反向散射过程产生具有0.1〜2 MeV能量的硬X射线束。常规光源不能在该能量区域中提供足够量的光子。硬X射线束的预期产量为每秒10〜5〜10〜6,能量散布为3%。

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