Taylor dispersion analysis (TDA) is an interesting tool for nanoparticle (NP) size determination, feasible using simple capillary electrophoresis apparatus. Based upon the radial diffusion of analytes upon a laminar stream, the diffusion coefficient of species is easily estimable. Moreover, TDA is generally more adequate than conventional dynamic light scattering methodologies as it is less dependent on the polydispersity of the sample, leading to accurate measurement and reliable results. This review provides every paper mentioning the use of TDA for metallic-based NPs size determination. Diverse strategies for the detection of metallic NPs (like UV–visible and inductively coupled plasma–mass spectrometry – ICP–MS – for instance) and interpretation of the Taylorgrams are discussed. Based upon the literature, advices on future prospects are also indicated, especially for the comparison of TDA results with other classical techniques.

中文翻译：

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金属基纳米粒子的泰勒色散分析——简短回顾

泰勒色散分析 (TDA) 是一种有趣的纳米粒子 (NP) 尺寸测定工具，使用简单的毛细管电泳仪即可实现。基于分析物在层流中的径向扩散，物种的扩散系数很容易估计。此外，TDA 通常比传统的动态光散射方法更合适，因为它不太依赖于样品的多分散性，从而导致准确的测量和可靠的结果。这篇综述提供了每篇提到使用 TDA 测定金属基 NP 尺寸的论文。讨论了用于检测金属 NP 的多种策略（例如紫外-可见和电感耦合等离子体-质谱法 - ICP-MS）和泰勒图的解释。根据文献，