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基于光学波动法研究气固两相流扩散特性
Studies of Gas-Solid Two-Phase Flow Diffusion Based on Optical Wave Method
【摘要】 阐述了利用光学波动法测量颗粒浓度的原理,并在实验条件下,利用此原理,对前置空间组合弯头及内置楔形体的直流燃烧器出口不同截面气固两相流颗粒浓度分布作了测量研究,得出各截面浓度分布规律、扩散和衰减规律,可供分析电站锅炉稳定燃烧、节能及燃烧器改造参考.
【Abstract】 A novel method of investigating the diffusion characteristics of the gassolid two phase jet flow was presented based on optical wave theory. The experiments were conducted to determine the particle concentrations distribution in the gassolid jet flow from the burner with an upstream combination elbow and an inner cuniform. The results show such a method is effective to study the characteristics of the gassolid multiphase jet flow, which can give information to design a burner with the ability of steady and lowpollution emission combustion in the power plant.
【关键词】 光学波动法;
气固两相流;
燃烧器;
扩散特性;
【Key words】 optical wave method; gas-solid two-phase flow; burner; diffusion characteristics;
【Key words】 optical wave method; gas-solid two-phase flow; burner; diffusion characteristics;
【基金】 国家自然科学基金资助项目(50206018,50076038);国家重点基础研究发展规划资助项目(G2001CB409600,G1999022204).
- 【文献出处】 燃烧科学与技术 ,Journal of Combustion Science and Technology , 编辑部邮箱 ,2003年04期
- 【分类号】TK31
- 【被引频次】9
- 【下载频次】132