据报道,美国纽约州立大学水牛城分校的研究人员们最近开发出一种通用的奈米级基板,可望为目前普遍使用的物质感测器技术——“表面增强拉曼散射”(SERS)提供关键的“万能钥匙”(skeleton key),进一步实现成本低廉的单晶片版本。这种针对物质感测器开发的通用型奈米级基板,能够大幅削减目前的装置成本,包括从机场安全侦测器、疾病与环境污染的辨识,以及艺术画作的鉴定。根据研究人员们表示,这种通用的基板可透过SERS技术,取代当今 It is reported that researchers at the University of New York at Buffalo recently developed a common nano-scale substrate, is expected to be the commonly used material sensor technology - “surface enhanced Raman scattering ” ( SERS) provides the key “skeleton key” for further cost-effective single-chip versions. This universal nano-scale substrate developed for material sensors can dramatically reduce current device costs, including from airport safety detectors, disease and environmental contamination identification, and the identification of art prints. According to the researchers, this versatile substrate can replace SERS technology today