Transition Detection by Temperature-Sensitive Paint
Transition Detection by Temperature-Sensitive Paint
复制标题
通过温敏涂料进行转变检测
DOI：
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发表时间：
2007
期刊：
影响因子：
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通讯作者：
Y. Egami
中科院分区：
文献类型：
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作者：
U. Fey;Y. Egami
温度敏感涂料（TSP）的方法包括在温度敏感涂层的帮助下对物体表面的温度进行可视化和定量评估。该涂层必须由窄带入射光激发，并且在光敏装置（即CCD相机）的帮助下检测温度敏感的发射光。与使用诸如热电偶或电阻温度检测器的点传感器的温度测量相比，
方法可以一次映射完整的3D表面。例如，查尔兹、格林伍德和朗[1]给出了温度测量的一般概述。
The method of temperature-sensitive paint (TSP) encompasses the visualization and quantitative evaluation of the temperature on a body’s surface with the help of a temperature-sensitive coating. This coating has to be excited by narrowband, incident light and temperature-sensitive emitted light is detected with the help of photosensitive devices (i.e. CCD cameras). In contrast to thermometric measurements using point sensors such as thermo couples or resistance temperature detectors, this
method enables the mapping of a complete 3D surface at once. An overview of temperature measurement in general is given, for example, by Childs, Greenwood and Long [1].