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。
Study results may serve as a reference for optimizing adjustment of boiler combustion control systems based on radiation energy intensity within furnaces.
煤质的好坏不仅影响到锅炉的燃烧工况调整、机组的安全运行和电厂的发电能耗，而且煤质和煤种的变化对输煤系统也有直接的关系。
The coal quality and type not only affect the boiler combustion, unit operation, and energy consumption for power generation in power plants, but also has direct relation with the coal handing system.
为进行准确有效的燃烧调整，需要有可靠的检测手段，要求火焰监控系统能够实时提供反映燃烧过程的有效参数供燃烧诊断之用。
For exact and available combustion adjustment, a reliable monitoring method, which requires the Real-time available parameters for combustion diagnosis, is needed.
为进行准确有效的燃烧调整，需要有可靠的检测手段，要求火焰监控系统能够实时提供反映燃烧过程的有效参数供燃烧诊断之用。
For exact and available combustion adjustment, a reliable monitoring method, which requires the Real-time available parameters for combustion diagnosis, is needed.
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