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Probing the Electrical Double-Layer Structure at the Rutile-Water Interface with X-Ray Standing Waves

机译:用X射线驻波探测金红石-水界面的双层电子结构。

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We demonstrate that the X-ray standing wave (XSW) technique is a powerful probe of the electrical double-layer (EDL) structure. Measurements were made of Sr adsorption at the rutile (110)-water interface from aqueous solutions. Our results show that Bragg XSW, using small-period standing waves generated by Bragg diffraction from the substrate, precisely probes the location of ions within the condensed layer, and the in situ partitioning of ions between the condensed and diffuse layers. Such measurements can provide important constraints for the development and verification of theoretical models that describe ion adsorption at the solid-water interface.
机译:我们证明X射线驻波(XSW)技术是双电层(EDL)结构的有力探针。对水溶液中金红石(110)-水界面的Sr吸附进行了测量。我们的结果表明,布拉格XSW使用布拉格反射从基板产生的小周期驻波,可以精确地探测离子在冷凝层中的位置,以及离子在冷凝层和扩散层之间的原位分配。这样的测量可以为描述模型在固体-水界面吸附的理论模型的开发和验证提供重要的约束条件。

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