a Department of Chemistry , Doane University , Crete , Nebraska , USA.
b Department of Chemistry , St. Edwards University , Austin , Texas , USA.
Crit Rev Anal Chem. 2017 Mar 4;47(2):138-153. doi: 10.1080/10408347.2016.1233805. Epub 2016 Sep 16.
There is a significant demand for devices that can rapidly detect chemical-biological-explosive (CBE) threats on-site and allow for immediate responders to mitigate spread, risk, and loss. The key to an effective reconnaissance mission is a unified detection technology that analyzes potential threats in real time. In addition to reviewing the current state of the art in the field, this review illustrates the practicality of colorimetric arrays composed of sensors that change colors in the presence of analytes. This review also describes an outlook toward future technologies, and describes how they could possibly be used in areas such as war zones to detect and identify hazardous substances.
现场快速检测化学-生物-爆炸(CBE)威胁的设备需求巨大,这使得能够立即响应的人员可以减轻扩散、风险和损失。有效侦察任务的关键是一种能够实时分析潜在威胁的统一检测技术。除了回顾该领域的现有技术外,本综述还说明了由对分析物存在时会改变颜色的传感器组成的比色阵列的实用性。本综述还描述了对未来技术的展望,并描述了它们如何可能在战区等领域用于检测和识别危险物质。