The concept of furnace combustion management through introduction on line monitoring system with pulverized coal burner was put forward.
通过介绍煤粉燃烧器在线监测系统，提出了炉膛燃烧管理这个概念。
A kind of monitoring and prediction system based on virtual instrument was designed in this paper, and it can realize real-time monitor and spontaneous combustion prediction in coal mine.
利用煤层自燃的物理和化学特性，设计了一种基于虚拟仪器技术的监测预报系统，实现了实时监控和自燃预报。
A flame spectrum monitoring system based on an optical fiber spectrometer was used to measure the radiation of combustion in boiler.
基于光纤光谱仪的光谱分析火焰监测系统可实时监测锅炉火焰各特征区的辐射光谱。
Combustion of powdered coal in furnace is a very complicate suspension firing process. Noise interference must be overcome to achieve clear image of flame monitoring system.
锅炉中煤粉的燃烧过程是非常复杂的悬浮燃烧，炉膛火焰监视必须克服监视图像的噪声。
Duct monitoring system is an effective means to predict the trends of spontaneous combustion in coal face.
束管监测系统是预报采煤工作面自然发火趋势的有效手段。
The temperature distribution variable is gained by using combustion flame image processing technique and two-color flame monitoring system inversion measurement.
使用燃烧火焰图像处理技术和双色高温测量法，得到炉膛温度场变量。
The temperature distribution variable is gained by using combustion flame image processing technique and two-color flame monitoring system inversion measurement.
使用燃烧火焰图像处理技术和双色高温测量法，得到炉膛温度场变量。
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