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一种用于原位电化学X射线衍射同步加速器测量的多样品自动系统。

A multi-sample automatic system for in situ electrochemical X-ray diffraction synchrotron measurements.

作者信息

Rosciano Fabio, Holzapfel Michael, Kaiser Hermann, Scheifele Werner, Ruch Patrick, Hahn Matthias, Kötz Rüdiger, Novák Petr

机构信息

Paul Scherrer Institut, Electrochemistry Laboratory, CH-5232 Villigen PSI, Switzerland.

出版信息

J Synchrotron Radiat. 2007 Nov;14(Pt 6):487-91. doi: 10.1107/S0909049507039209. Epub 2007 Oct 13.

Abstract

An automatic system that allows continuous in situ electrochemical X-ray diffraction measurements has been developed and implemented at the MS-X04SA beamline at the Swiss Light Source. The system consists of an automatic sample changer, improved ;coffee bag' electrochemical cells, and simple control software. The sample changer can sequentially move up to 32 electrochemical cells into the beam. For each cell an independent electrochemical program is possible. The MYTHEN microstrip detector at the beamline enables parallel detection of diffracted X-ray beams and, thus, fast data acquisition, along with a high 2theta resolution. In this communication the set-up is presented on two typical examples from the field of lithium-ion batteries, (i) structural changes in a layered LiCoO(2) positive electrode upon battery charging and (ii) the effect of co-intercalation of ionic liquids into the graphite negative electrode.

摘要

一种能够进行连续原位电化学X射线衍射测量的自动系统已在瑞士光源的MS-X04SA光束线开发并投入使用。该系统由一个自动样品更换器、改进的“咖啡袋”式电化学电池以及简单的控制软件组成。样品更换器可将多达32个电化学电池依次移动到光束中。对于每个电池,可以进行独立的电化学程序。光束线上的MYTHEN微条探测器能够对衍射X射线束进行并行检测,从而实现快速数据采集,同时具有高2θ分辨率。在本通讯中,以锂离子电池领域的两个典型例子展示了该装置,(i)电池充电时层状LiCoO₂正极的结构变化,以及(ii)离子液体共嵌入石墨负极的影响。

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