In Situ Studies of Corrosion Using X-ray Absorption Near Spectroscopy and Fluorescence Techniques

机译：在光谱和荧光技术附近使用X射线吸收的腐蚀原位研究

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The major advantage of the use of synchrotron x-ray techniques is the high intensity of monochromatic beams. The intensity allows direct in situ observations of changes in the chemistry of specific elements to be made within the metal/solution multi-phase region as they occur with time. The technique is sufficiently sensitive to characterize the chemistry of sub-monolayef quantities of an element with changes in electrochemical parameters. The in situ applications are generally limited to elements above Ti but tracers in the form of heavier elements, within the same series in the periodic table, can be used to follow the progress of lighter elements.

机译：使用同步X射线技术的主要优点是单色梁的高强度。强度允许直接原位观察特定元素的变化，在时间内发生在金属/溶液多相区域内。该技术足够敏感，以表征具有电化学参数的变化的元素的亚单层数量的化学。原位应用通常限于Ti以上的元件，但是在周期表中的同一系列中的较重元素形式的示踪剂可用于遵循较轻元件的进度。

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《The Meeting of the Electrochemical Society》|2001年||共1页
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Hugh S. Isaacs;
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中图分类化学工业;
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In Situ Studies of Corrosion Using X-ray Absorption Near Spectroscopy and Fluorescence Techniques

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