论文部分内容阅读
热象仪通常被认为是一种优良的温度检测设备,通量密度、辐射亮度、辐射强度等能量参数感兴趣。本文阐述了利用热象仪做能量参数测量的方法。参数计算方法作了举例说明。但实际应用中人们往往对目标的辐射同时对热象仪系统标定拟合曲线公式 AGA-780热象仪配有模拟处理插件样品面积选择器、热辐度分析器、热面积分析器、取样读出指示器。利用这些功能和文中给出的方法进行操作,即可求出相应的能量参数。模拟处理方法比较简便,但这种处理方法的精度和应用范围是受限制的。本文介绍了一种利用计算机进行处理的方法。
Thermal imagers are generally considered to be an excellent temperature-sensing device, and are interested in energy parameters such as flux density, radiant intensity, and radiant intensity. This article describes the use of thermal image instrument to do the measurement of energy parameters. The parameter calculation method is given as an example. However, in practical applications, the radiation curve of the target is often calibrated to the thermal imager system. The AGA-780 thermal imager is equipped with an analog processing plug-in sample area selector, a thermal analyzer, a thermal area analyzer, Out indicator. Using these functions and the methods given in this paper, the corresponding energy parameters can be obtained. Analog processing method is relatively simple, but the accuracy and application of this method is limited. This article describes a method of using a computer for processing.