Abstract In the last decade, plasmonic nanoparticles-based scattering imaging and spectroscopy has introduced the analysis and sensing to the single nanoparticle and molecule level, such as the biomolecules adsorption process and the quantitative detection of small molecules and ions. Recently, this technology has also been focus on the real-time and in-situ reaction monitoring, which is a new emerging branch of the single-nanoparticle imaging, revealing the reaction dynamic information and the related controlling factors. In this mini-review, recent applications of plasmon resonance scattering imaging and spectroscopy in the real-time reaction monitoring in the past 5 years are highlighted and discussed.

中文翻译：

---

用于实时反应监测的局部表面等离子体共振散射成像和光谱学

摘要 近十年来，基于等离子体纳米粒子的散射成像和光谱学已经将分析和传感引入到单个纳米粒子和分子水平，如生物分子吸附过程和小分子和离子的定量检测。近来，该技术也被关注于实时原位反应监测，它是单纳米颗粒成像的一个新兴分支，揭示反应动态信息和相关控制因素。在这篇小型综述中，重点讨论了过去 5 年中等离子体共振散射成像和光谱学在实时反应监测中的最新应用。