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X-ray optics, an enabling technology for science, medicine, and industry

机译:X射线光学,科学,医学和工业的支持技术

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摘要

Polycapillary and doubly curved crystal (DCC) optics coupled with small spot x-ray sources in a special X-Beam~® package provide compact, high-sensitivity, low-power, highly stable subsystems that can be used for in situ analyzers. These analyzers provide remote, unattended use for environmental applications, bench-top or in-line instruments for industrial applications, and point-of-care clinical instruments for medical diagnosis or monitoring. Micro x-ray fluorescence (μXRF) and monochromatic micro x-ray fluorescence (MμXRF) can be used to measure trace element concentrations and distributions. Parallel-beam and convergent-beam x-ray diffraction (XRD) can be used for in situ phase composition, texture, strain, and crystal structure measurements.
机译:具有特殊X-Beam〜®封装中的小点X射线源连接的多百分点和双弯曲晶体(DCC)光学提供紧凑,高灵敏度,低功耗,高度稳定的子系统,可用于原位分析仪。这些分析仪为工业应用提供遥控器,无人看管的环境应用,台式或在线仪器,以及用于医疗诊断或监测的护理点临床仪器。微X射线荧光(μXRF)和单色微X射线荧光(MμXRF)可用于测量痕量元素浓度和分布。平行梁和会聚光束X射线衍射(XRD)可用于原位相组成,质地,应变和晶体结构测量。

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