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Implementation of a beam deflection system for studies of liquid interfaces on beamline I07 at Diamond

机译:用于研究Diamond光束线I07上液体界面的光束偏转系统的实现

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摘要

X-ray optics, based on a double-crystal deflection scheme, that enable reflectivity measurements from liquid surfaces/interfaces have been designed, built and commissioned on beamline I07 at Diamond Light Source. This system is able to deflect the beam onto a fixed sample position located at the centre of a five-circle diffractometer. Thus the incident angle can be easily varied without moving the sample, and the reflected beam is tracked either by a moving Pilatus 100K detector mounted on the diffractometer arm or by a stationary Pilatus 2M detector positioned appropriately for small-angle scattering. Thus the system can easily combine measurements of the reflectivity from liquid interfaces (Q _z > 1 ? ~(-1)) with off-specular data collection, both in the form of grazing-incidence small-angle X-ray scattering (GISAXS) or wider-angle grazing-incidence X-ray diffraction (GIXD). The device allows operation over the energy range 10-28 keV.
机译:基于双晶偏转方案的X射线光学器件已在Diamond光源的光束线I07上进行了设计,制造和调试,该光学器件能够从液体表面/界面进行反射率测量。该系统能够将光束偏转到位于五圆衍射仪中心的固定样品位置上。因此,无需移动样品即可轻松改变入射角,并且可以通过安装在衍射仪臂上的移动Pilatus 100K检测器或通过适当定位用于小角度散射的固定Pilatus 2M检测器来跟踪反射光束。因此,该系统可以轻松地将来自液体界面(Q _z> 1?〜(-1))的反射率测量结果与镜面反射数据收集相结合,二者均采用掠入射小角度X射线散射(GISAXS)的形式或广角掠入射X射线衍射(GIXD)。该设备允许在10-28 keV的能量范围内运行。

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