Research on Stability Criterion of Furnace Flame Combustion Based on Image Processing

Rongbao Chen, Wu Fan, Jingci Bian, F. Meng
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引用次数: 5

Abstract

This paper proposes and analyzes the stability criterion of furnace flame combustion based on image processing, which uses the maximum criterion of gray scale difference, the distance criterion of gravity center and mass center in the high temperature region and the minimum distance criterion to detect the stability of furnace flame combustion. This research has certain advantages and innovations in function and implementation compared with the detection technology of flame based on the traditional sensor detection and the detection of radiation energy. The combinational judgment of these three criterions, more effectively determines the furnace flame combustion stability and reaches the purpose of the safe operation of the power station boilers.
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基于图像处理的炉膛火焰燃烧稳定性判据研究
本文提出并分析了基于图像处理的炉膛火焰燃烧稳定性判据,采用灰度差最大值判据、高温区域重心与质心距离判据和最小距离判据检测炉膛火焰燃烧稳定性。与传统的基于传感器检测和辐射能检测的火焰检测技术相比,本研究在功能和实现上都具有一定的优势和创新。这三个标准的组合判断,更有效地确定了炉膛火焰的燃烧稳定性,达到了电站锅炉安全运行的目的。
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