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Real time polymer nanocomposites-based physical nanosensors: theory and modeling

机译：实时聚合物纳米复合材料的物理纳米调传料：理论与建模

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Functionalized carbon nanotubes and graphene nanoribbons nanostructures, serving as the basis for the creation of physical pressure and temperature nanosensors, are considered as tools for ecological monitoring and medical applications. Fragments of nanocarbon inclusions with different morphologies, presenting a disordered system, are regarded as models for nanocomposite materials based on carbon nanocluster suspension in dielectric polymer environments (e.g., epoxy resins). We have formulated the approach of conductivity calculations for carbon-based polymer nanocomposites using the effective media cluster approach, disordered systems theory and conductivity mechanisms analysis, and obtained the calibration dependences. Providing a proper description of electric responses in nanosensoring systems, we demonstrate the implementation of advanced simulation models suitable for real time control nanosystems. We also consider the prospects and prototypes of the proposed physical nanosensor models providing the comparisons with experimental calibration dependences.
机译：官能化的碳纳米管和石墨烯纳米纳米纳米结构，作为产生物理压力和温度纳米传感器的基础，被认为是生态监测和医疗应用的工具。具有不同形态的纳米碳夹杂物的片段呈现无序系统，被认为是基于介电聚合物环境中的碳纳米/颗粒悬浮液（例如环氧树脂）的纳米复合材料的模型。我们制定了使用有效媒体聚类方法，无序的系统理论和电导机制分析，并获得了校准依赖性的碳基聚合物纳米复合材料的电导率计算方法。提供纳米调位系统中电响应的正确描述，我们证明了适用于实时控制纳米系统的先进模拟模型的实现。我们还考虑所提出的物理纳米传感器模型的前景和原型，提供了与实验校准依赖性的比较。

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