High-energy cryo X-ray nanoimaging at the ID16A beamline of ESRF

机译：ESRF ID16A光束线的高能低温X射线纳米成像

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The ID16A beamline at ESRF offers unique capabilities for X-ray nano-imaging, and currently produces the worlds brightest high energy diffraction-limited nanofocus. Such a nanoprobe was designed for quantitative characterization of the morphology and the elemental composition of specimens at both room and cryogenic temperatures. Billions of photons per second can be delivered in a diffraction-limited focus spot size down to 13 nm. Coherent X-ray imaging techniques, as magnified holographic-tomography and ptychographic-tomography, are implemented as well as X-ray fluorescence nanoscopy. We will show the latest developments in coherent and spectroscopic X-ray nanoimaging implemented at the ID 16A beamline.

机译：ESRF上的ID16A光束线具有X射线纳米成像的独特功能，目前可产生世界上最明亮的高能衍射极限纳米焦点。设计这种纳米探针用于在室温和低温下定量表征样品的形态和元素组成。每秒数十亿个光子可以在低至13 nm的受衍射限制的焦点尺寸下传输。相干X射线成像技术（如放大的全息层析成像和Ptychography层析成像）以及X射线荧光纳米技术得以实现。我们将展示在ID 16A光束线上实现的相干和光谱X射线纳米成像的最新进展。

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《Conference on X-Ray Nanoimaging: Instruments and Methods》|2017年|103890F.1-103890F.7|共7页
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Julio C. da Silva; Alexandra Pacureanu; Yang Yang; Florin Fus; Maxime Hubert; Leonid Bloch; Murielle Salome; Sylvain Bohic; Peter Cloetens;
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nanoprobe; KB mirrors; nanoimaging; nanofocusing; synchrotron beamline; high-energy X-rays; coherent x-ray imaging; x-ray fluorescence imaging;

机译：纳米探针KB镜子;纳米成像纳米聚焦同步加速器光束线高能X射线相干X射线成像; X射线荧光成像;

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专利

1. Nanopositioning for the ESRF ID16A Nano-Imaging Beamline [J] . F. Villar, L. Andre, R. Baker, Synchrotron Radiation News . 2018,第5期

机译：ESRF ID16A纳米成像束线的纳米定位
2. The beamline ID32 at the ESRF for soft X-ray high energy resolution resonant inelastic X-ray scattering and polarisation dependent X-ray absorption spectroscopy [J] . N.B. Brookes, F. Yakhou-Harris, K. Kummer, Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment . 2018,第SEPa21期

机译：ESRF上的光束线ID32，用于软X射线高能分辨率共振非弹性X射线散射和偏振相关的X射线吸收光谱
3. The high-field magnet endstation for X-ray magnetic dichroism experiments at ESRF soft X-ray beamline ID32 [J] . Kummer K., Fondacaro A., Jimenez E., Journal of synchrotron radiation . 2016,第2期

机译：在ESRF软X射线束线ID32上进行X射线二向色性实验的高磁场磁体终端站
4. High-energy cryo X-ray nanoimaging at the ID16A beamline of ESRF [C] . Julio C. da Silva, Alexandra Pacureanu, Yang Yang, Conference on X-Ray Nanoimaging: Instruments and Methods . 2017

机译：ESRF ID16A BeamLine的高能Cryo X射线纳米漆
5. Analysis and design of precision optical components in high-intensity, third-generation x-ray beamlines. [D] . Tajiri, Gordon Chikao. 2001

机译：高强度第三代X射线束线中的精密光学组件的分析和设计。
6. The high-field magnet endstation for X-ray magnetic dichroism experiments at ESRF soft X-ray beamline ID32 [O] . K. Kummer, A. Fondacaro, E. Jimenez, -1

机译：在ESRF软X射线束线ID32上进行X射线二向色性实验的高磁场磁体终端站
7. The high-field magnet endstation for X-ray magnetic dichroism experiments at ESRF soft X-ray beamline ID32 [O] . K. Kummer, A. Fondacaro, E. Jimenez, 2016

机译：ESRF软X射线束线ID32的X射线磁二色性实验的高场磁体封端
8. Final report of LDRD project : compact ultrabright multikilovolt x-ray sources for advanced materials studies, 3D nanoimaging, and attosecond x-ray technology. [R] . 2005

机译：LDRD项目的最终报告：用于高级材料研究，3D纳米成像和阿秒X射线技术的紧凑型超亮多电子X射线源。

High-energy cryo X-ray nanoimaging at the ID16A beamline of ESRF

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