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首页> 外文期刊>Applied optics >Performance of a ruthenium beam separator used to separate soft x rays from light generated by a high-order harmonic light source
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Performance of a ruthenium beam separator used to separate soft x rays from light generated by a high-order harmonic light source

机译:用于从高阶谐波光源产生的光中分离出软X射线的钌束分离器的性能

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摘要

We describe the design and fabrication of a ruthenium beam separator used to simultaneously attenuate infrared light and reflect soft x rays. Measurements in the infrared and soft x-ray regions showed the beam separator to have a reflectivity of 50%-85% in the wavelength region from 6 to 10 nm at a grazing incidence angle of 7.5 deg and 4.3% at 800 nm and the same angle of grazing incidence, indicating that the amount of attenuation is 0.05-0.09. These results show that this beam separator could provide an effective means for separating IR light from soft x rays in light generated by high-order harmonic generation sources. (C) 2016 Optical Society of America
机译:我们描述了用于同时衰减红外光和反射软X射线的钌束分离器的设计和制造。在红外和软X射线区域进行的测量表明,光束分离器在6至10 nm波长范围内的入射角为7.5度时,其反射率为50%-85%,在800 nm处的入射角为4.3%。掠入射角,表明衰减量为0.05-0.09。这些结果表明,该光束分离器可以为将高次谐波产生源产生的光中的红外光与柔和的X射线分离提供有效的手段。 (C)2016美国眼镜学会

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