Data of inner-shell characteristic X-ray yields for thick Ag, Zr, Mo and W targets by 5-30 keV electrons

The dataset presented here is supplemental material for our papers that are published in Radiation Physics and Chemistry 107 (2015) 47-53 by J.L. Zhao, et al and in Nuclear Instruments and Methods in Physics Research B 333 (2014) 106-112 by X.L. Li, et al. The dataset includes our measured inner-shell characteristic X-ray yields for thick Ag, Zr, Mo and W targets by 5-30 keV electron impact. The surfaces of these (semi-infinite) thick targets were polished. The incident electron beam bombarded vertically, and the thick targets were tilted by 45 degrees with respect to the direction of incident electron beam. The X-ray detector was placed horizontally, and the centers of the target and the detector are located in the same horizontal line. Therefore, the X-ray emission angle is 90 degrees with respect to the incident beam direction.本数据集为两篇已发表学术论文的补充材料，两篇论文分别由赵JL（J.L. Zhao）等人发表于《辐射物理与化学（Radiation Physics and Chemistry）》107卷（2015年）第47-53页，以及李XL（X.L. Li）等人发表于《核仪器与方法物理研究B辑（Nuclear Instruments and Methods in Physics Research B）》333卷（2014年）第106-112页。本数据集收录了5~30 keV电子轰击下，厚银（Ag）、锆（Zr）、钼（Mo）及钨（W）靶的内壳层特征X射线产额（inner-shell characteristic X-ray yields）实测数据。 上述半无限（semi-infinite）厚靶的表面均经过抛光处理。入射电子束（incident electron beam）垂直轰击靶体，且靶体相对于入射电子束方向倾斜45°。X射线探测器（X-ray detector）水平放置，靶体与探测器的中心处于同一水平线，因此X射线出射角（X-ray emission angle）相对于入射束方向为90°。