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首页> 外文期刊>Physics of atomic nuclei >Parametric X-Ray Radiation Generated by 5.7-MeV Electrons in a Pyrolytic-Graphite Crystal
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Parametric X-Ray Radiation Generated by 5.7-MeV Electrons in a Pyrolytic-Graphite Crystal

机译:5.7 MeV电子在热解石墨晶体中产生的参量X射线辐射

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摘要

Parametric x-ray radiation is observed in a mosaic pyrolytic-graphite crystal irradiated with a 5.7-MeV electron beam. The first-order (002) reflection of parametric x-ray radiation is detected in Bragg geometry. In the measured spectra, there is a peak at about 8 keV. The detector used is arranged at an angle of Θ_D = 2Θ_B = 27°with respect to the electron beam, where Θ_B is the Bragg angle. The target thickness is 0.3 mm. The spectra of parametric x-ray radiation are measured at various angles of target orientation with respect to the axis of the incident-electron beam.
机译:在用5.7 MeV电子束辐照的镶嵌热解石墨晶体中观察到参数X射线辐射。在布拉格几何中检测到参数X射线辐射的一阶(002)反射。在测得的光谱中,在约8 keV处有一个峰。所使用的检测器相对于电子束的角度为Θ_D=2Θ_B= 27°,其中Θ_B为布拉格角。目标厚度为0.3毫米。在相对于入射电子束轴的目标取向的各种角度下测量参量X射线辐射的光谱。

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