Thermo- and mechano-optical characteristics are described for three types of composites based on liquid crystals and a luminophore in a polymer matrix. These composites are designed for the panoramic diagnostics of temperature, surface friction, and surface pressure. The studies are performed by optical spectroscopy, colorimetry, and thermometry. Examples of using these composites as sensors in an aerodynamic experiment are given.

中文翻译：

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基于液晶复合材料的全景温度，压力和剪切应力传感器

描述了基于液晶和聚合物基体中的发光体的三种类型的复合材料的热光学和机械光学特性。这些复合材料专为温度，表面摩擦和表面压力的全景诊断而设计。这些研究是通过光谱学，比色法和测温法进行的。给出了在空气动力学实验中将这些复合材料用作传感器的示例。