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Metal nanostructures for the enhancement of the Raman response of molecular adsorbates

机译:金属纳米结构,用于增强分子被吸附物的拉曼响应

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Spectroscopic investigation of metallic nanostructures of different size and morphology is presented, with particular focus on the capability of enhancing the Raman response of molecular adsorbates, namely on their SERS properties. In this framework, we describe recent results obtained with Au/Ag nanocages and Au nanostars, which can be used conveniently to shift the extinction spectra and the SERS activity up to the near infrared. In the case of nanostars, we present a synthesis procedure which permits fine tuning of their morphology and extinction, thus allowing preparation of structures with controlled SERS activity from 500 up to 1500 nm.
机译:提出了对具有不同尺寸和形态的金属纳米结构的光谱研究,特别着重于增强分子被吸附物的拉曼响应的能力,即它们的SERS特性。在这个框架中,我们描述了最近用Au / Ag纳米笼和Au纳米星获得的结果,可以方便地将其消光光谱和SERS活性转移到近红外。对于纳米星,我们提出了一种合成程序,可以对其形态和消光进行微调,从而可以制备具有受控SERS活性(从500到1500 nm)的结构。

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