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表面增强拉曼光谱(surface-enhanced Raman spectroscopy, SERS)作为一种高效、快速、灵敏的分析手段,受到各个领域的广泛关注[1-2]。SERS技术在原有拉曼光谱的基础上将被测物质的信号提高了106~1014倍[3],并且,通过SERS技术可以获取被测物质详细的指纹图谱,是鉴别、检测结构类似物最有效的分析手段之一[4-5]。但是,利用单一的SERS技术对混合体系中的目标物进行检测是十分困难的。而通过联用其他分析手段可有效的弥补单一SERS技术检测的不足,提高SERS技术的检测能力和表征能力。本文将可以与SERS联用的技术方法进行系统地分类,并对联用的机理和优势进行阐述。
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