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MODELLING OF REAL-TIME PHYSICAL AND BIO-NANOSENSORS FOR MEDICAL APPLICATIONS AND ECOLOGICAL MONITORING

机译:实时物理和生物纳米传感器的建模与生态监测

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Two convergent areas of real-time control nanosystems - for ecological monitoring and medical applications are discussed. Functionalized CNTs and GNRs nanostructures serve as a basis for the creation of physical pressure and temperature nanosensors. The development of bio-nanosensors (e.g., glucose biosensors) based on polymer nanotracks with various enzymes is also considered. Both nanosensor models are analyzed in comparison with the experiment.
机译:讨论了实时控制纳米系统的两个收敛区域 - 用于生态监测和医疗应用。官能化CNT和GNR纳米结构作为产生物理压力和温度纳米调传料的基础。还考虑了基于具有各种酶的聚合物纳米架的生物纳米传感器(例如葡萄糖生物传感器)的发展。与实验相比,分析了纳米传感器模型。

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