建立光谱测温模型，推导光谱测温方程，实现温度场中测量点温度的实时计算。
Establish a spectroscopic measurement of temperature model, derive radiation transport equation and realize real time temperature computation of the measured point.
论述了基于光谱学原理的温度测量技术．介绍了在上述原理下建立起来的光谱测温仪。
Temperature measurement technique based on the principles of optical spectroscopy was discussed and the spectroscopic pyrometer developed thereunder was presented.
分别利用分子基带转振光谱测温法，以及分子发射光谱最大强度谱线测温法，对燃烧温度进行了遥感实时测定。
The combustion temperatures with the burning time were calculated from the maximum spectral line intensity and the molecular rotation vibration spectra of HF molecule, respectively.
运用激光拉曼光谱、电子探针、包裹体测温等方法，对山东蓝宝石中的包裹体进行分析和测试。
By the methods of Raman spectrum, electron microprobe and temperature test, the inclusions found in the Shandong sapphire have been tested and analyzed.
将神经网络理论用于多光谱辐射测温领域，实验结果表明，该方法是解决目标真温测量行之有效的一种新方。
The experimental results show that the above mentioned method is an effective method for solving the true temperature measurement.
作为一种新兴的测温方法，CARS光谱技术正日益受到重视。
The coherent anti Stokes Raman spectrum (CARS) technology, as a new temperature measurement method, is paid more and more attention to recently.
利用瞬态光谱辐射仪分析了火工烟火药剂燃烧火焰辐射光谱分布，介绍了多光谱辐射测温技术的工作原理。
The radiation spectrum of pyrotechnics' burning flame was analyzed using transient spectrum radiometer. The working principle of multi-spectral thermometry was described.
利用瞬态光谱辐射仪分析了火工烟火药剂燃烧火焰辐射光谱分布，介绍了多光谱辐射测温技术的工作原理。
The radiation spectrum of pyrotechnics' burning flame was analyzed using transient spectrum radiometer. The working principle of multi-spectral thermometry was described.
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