In recent years, digital image processing is being applied in the field of boiler furnace flame detecting gradually and pioneers a new realm of boiler flame detecting in power plant.
近年来，数字图像处理技术开始应用于锅炉炉膛火焰检测，为电厂锅炉火焰检测开辟了一个新的领域。
Furnace flame detection based on digital image processing is the popular trend of flame detection technology.
应用数字图像处理技术进行炉膛火焰检测是火检技术的发展趋势。
The furnace flame detection system has wide application foreground. It is a valuable researching direction on combining image processing and combustion control.
全炉膛火焰检测系统具有广阔的应用前景，图像检测和燃烧控制相结合是一个有价值的研究方向。
This paper introduced technique characteristic of current furnace flame detecting system and the digital image processing technique applied in flame detecting.
介绍了目前炉膛火焰检测系统的技术特性及用于火焰检测的数字图像处理技术。
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。
Image processing technology is used to furnace flame detection in this thesis. The furnace flame detection system can be installed in that unit whose capacity is less than 200mw.
本文考虑把图像处理技术应用于炉膛火焰检测，在容量小于200MW的机组上安装全炉膛火焰检测系统。
This paper presents a combustion evaluation function based on flame color image classification after analysing the influential factors on the burning efficiency of industrial oil furnace.
本文在分析了影响工业燃油炉燃烧效率因素的基础上，提出了一种基于火焰彩色图像像素分类的表征燃烧状况的指标评价函数。
Using resistance furnace, the structure of A356 aluminum alloy casted by nearby liquidus semi-continuous was studied during remelting by means of electron microscope and image analysis apparatus.
利用电阻炉加热，采用电子显微镜及图象分析仪，研究了近液相线铸造a 356铝合金在二次加热过程中的组织变化。
A blackbody furnace of heat-pipe surface source with large aperture was developed for the calibration of infrared image optical systems.
针对红外成像光学系统校正，研制了大口径热管面源黑体炉。
It is an advanced technique to detect the pulverized coal flame in boiler furnace with digital image processing.
采用计算机图像处理技术检测锅炉火焰是一项先进的火焰检测技术。
Temperature distribution of blast furnace raceway was measured and studied with an infra-red thermal image system.
用红外线热象仪研究了喷煤高炉风口回旋区温度分布。
According to technique of image pre-processing and feedback control and radiated characteristic of furnace, the model, working waveband and parameters of CCD is settled.
论文针对系统的图像获取方式与图像预处理及反馈控制等关键技术开展研究，并通过对高炉辐射特性的分析研究，确定了CCD的型号、工作波段和参数。
Using a novel flame image processing technique, the 3-D temperature distributions of combustion in pulverized-coal-fired boiler furnace could be visualized experimentally.
本文的工作是在已有的研究基础上，对火焰的视频单桢连续采集处理系统做了进一步地研究与开发。
Using a novel flame image processing technique, the 3-D temperature distributions of combustion in pulverized-coal-fired boiler furnace could be visualized experimentally.
本文的工作是在已有的研究基础上，对火焰的视频单桢连续采集处理系统做了进一步地研究与开发。
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