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TARUM? station for the CARNAúBA beamline at SIRIUS/LNLS

机译:塔姆? Sirius / Lnls的Carnaúba梁线的车站

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CARNAúBA (Coherent X-Ray Nanoprobe Beamline) is an X-ray beamline under construction for the SIRIUS lightsource at LNLS (Brazilian Synchrotron Light Laboratory). The aim of the beamline is to provide multi-analytical andcoherent X-ray imaging techniques based on achromatic optics in the energy range between 2 and 15 keV. Computedtomography will extend these techniques into three dimensions. Two end-stations are under development: an all-invacuumnanoprobe (SAPOTI) and a sub-microprobe (TARUM?), with a more flexible sample environment and muchlarger working distance. TARUM? will cover a large variety of scientific areas, from environmental, geophysical,agricultural and biological research to energy and more condensed matter related areas. Its design characteristics, with itsmechanical design heavily based on precision engineering concepts and predictive modeling, are presented here, as wellas some prospects on in situ, in operando and cryogenic sample environment experiments.
机译:Carnaúba(相干X射线Nanoprobe Beamline)是正在为Sirius灯建造的X射线束线LNLS的来源(巴西同步罗朗实验室)。光束线的目的是提供多分析和基于2到15 keV的能量范围内基于消色光的相干X射线成像技术。计算断层扫描将把这些技术扩展为三维。两个终端站正在开发:全部invacuumNanopobe(SAPOTI)和亚微探针(TARUM?),具有更柔韧的样品环境和许多更大的工作距离。塔姆?将涵盖各种各样的科学领域,来自环境,地球物理,农业和生物研究能源和更加浓缩的相关领域。其设计特点,其设计特征在这里介绍了基于精密工程概念和预测建模的机械设计,也在这里展示作为原位的一些前景,在Operando和低温样本环境实验中。

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