Nakatani T, Saitoh Y, Teraoka Y, Okane T, Yokoya A
Japan Atomic Energy Research Institute, Kamigori-cho Ako-gun, Hyogo-ken 678-12, Japan.
J Synchrotron Radiat. 1998 May 1;5(Pt 3):536-8. doi: 10.1107/S0909049598000417.
An undulator beamline for spectroscopy studies focusing on the electronic structure of actinide materials is under construction. Linearly or circularly polarized soft X-rays are provided by employing a variably polarizing undulator. Varied-line-spacing plane gratings and a sagittal-focusing system are used to monochromatize the undulator beam, whose energy ranges from 0.3 to 1.5 keV. A resolving power of 10(4) is expected in the whole energy region. These components are methodically operated by the SPring-8 beamline control system. There are three experimental stations in the beamline. In one of the stations the photoemission spectroscopy experiments are carried out at a radioisotope-controlled area where actinide compounds as well as unsealed radioactive materials are usable. Other experimental stations are planned in the beamline for surface photochemical reactions and biological applications.
一条用于光谱学研究、聚焦锕系元素材料电子结构的波荡器光束线正在建设中。通过使用可变极化波荡器来提供线性或圆极化软X射线。采用变线间距平面光栅和弧矢聚焦系统对波荡器光束进行单色化,其能量范围为0.3至1.5keV。预计在整个能量区域的分辨能力为10⁴。这些组件由SPring-8光束线控制系统有条不紊地操作。该光束线有三个实验站。在其中一个实验站,光电子能谱实验在一个放射性同位素控制区域进行,在该区域可以使用锕系化合物以及未密封的放射性材料。光束线中还计划设置其他用于表面光化学反应和生物应用的实验站。