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。
The physical process of boiler flame combustion and radiation and the three-colour method using color CCD theory are studied.
研究了锅炉火焰燃烧和辐射的物理过程以及采用彩色CCD的三色测温的原理。
Study results may serve as a reference for optimizing adjustment of boiler combustion control systems based on radiation energy intensity within furnaces.
研究结果为根据炉内辐射能强度的锅炉燃烧控制系统的调整提供了实验依据。
The unique big combustion chamber design, increased the chamber radiation heating area, reduced the boiler volume, reduced Nox discharging;
独特的大燃烧室设计，增加了炉膛辐射受热面积、缩小了锅炉的体积，降低了。
The stress analysis, microstructure change and deformation law of the elbow of the radiation superheater of a 500MW power boiler were studied and the reason of its failure was discussed.
研究了某电厂500MW锅炉水冷壁辐过管弯头在服役条件下受力特征、显微组织变化和变形规律，探讨了其开裂原因。
The stress analysis, microstructure change and deformation law of the elbow of the radiation superheater of a 500MW power boiler were studied and the reason of its failure was discussed.
研究了某电厂500MW锅炉水冷壁辐过管弯头在服役条件下受力特征、显微组织变化和变形规律，探讨了其开裂原因。
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