The reconstruction method, namely changing layer coal combustion for pulverized coal injection combustion, and temperature control of combustion chamber of directed fired dryer are introduced.
介绍对烘干机燃烧室的改造方法，即改层煤燃烧为喷煤粉燃烧，并对温度实施控制。
D temperature field determination of pulverized boiler based on radiative propagation and projection reconstruction model provides a new technique for power plant combustion diagnosis.
基于辐射传递模型和投影重建技术的图像法温度场测量为研究电站锅炉燃烧工况的变化，进行燃烧诊断提供了新的手段。
The reconstruction algorithm plays a key role in reconstructing acoustically the flame temperature field in coal-burning boiler hearth.
摘要在声学法燃煤锅炉炉膛火焰温度场重建中，重建算法是实现温度场重建的关键。
Its reconstruction results for asymmetrical temperature field with the simulation computation are studied.
通过计算机数值模拟，考察了该算法对非对称温度场分布的重建效果。
The results showed that the new algorithm is available to realize the field image reconstruction of complex temperature field.
实验结果表明，该算法可实现复杂温度场图像重建。
Reconstruction gradient and component macros are shown only for temperature in Table 5.2.1, but can be extended to all of the variables.
改造过的温度梯度和其分量在表5.2.1中列出了，但是可以推广到所有的变量。
Reconstruction of temperature distribution through radiant image processing in 2 D furnaces is a typical inverse problem, and it is very sensitive to measurement errors by only one CCD camera.
采用辐射图象处理进行二维炉膛温度分布重建是一个典型的逆问题。由一个数字代摄像装置（CCD）镜头获取的信息重建温度场会使重建结果对误差过于敏感。
Owning to the large temperature difference of substance, the unstable product quality of the polystyrene in service, the technical reconstruction for that equipment was re - quired.
在役聚苯乙烯反应器内，物料的温差较大，产品质量不稳定，需要对该设备进行技术改造。
Work on simultaneous reconstruction of 2-D temperature fields and radiation parameters in a furnace has been going on.
以炉膛为研究对象，开展了二维温度场与辐射参数同时重建的研究。
This method can be easily extended into reconstruction of 3 D temperature distributions of utility boiler furnaces and applications in other related fields.
该方法很容易推广到电站锅炉炉膛三维温度场重建及其它领域的应用中。
Application and simulation of the algebraic reconstruction technique for three-dimensional temperature field modeling;
直接采用人舌血管铸型进行三维温度场的实验研究与数值计算。
Application and simulation of the algebraic reconstruction technique for three-dimensional temperature field modeling;
直接采用人舌血管铸型进行三维温度场的实验研究与数值计算。
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