On the basis of a hypothesis that the turbulent flow in a tangentially fired boiler furnace assumes an isotropic character obtained is the eigenfrequency of various points within the furnace.
基于四角切圆燃烧锅炉炉内湍流流动各向同性的假设，得出炉内各点的特征频率。
The technique to visualize 3D temperature distributions serves as a basis for optimally controlling the 3D temperature distributions in PC-fired furnace.
炉膛燃烧三维温度分布可视化技术为实现炉内燃烧三维温度分布优化控制奠定了基础。
Current research achievements on visualization of 3-d temperature distributions in pc-fired furnaces can provide the practical basis for the application of a new combustion optimal control strategy.
现有的炉膛三维温度场可视化技术已经能够为新的燃烧优化控制策略的实施提供实践基础。
Current research achievements on visualization of 3-d temperature distributions in pc-fired furnaces can provide the practical basis for the application of a new combustion optimal control strategy.
现有的炉膛三维温度场可视化技术已经能够为新的燃烧优化控制策略的实施提供实践基础。
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