Surface proximity and swirl rotational speed are the two basic factors leading to flame lift-off asymmetry, but their influences on the flame lift-off length is not strong.
模拟的结果发现贴壁程度和涡流转速是产生火焰浮起长度不对称性的基础，但其对火焰浮起长度的影响并不显著；
The swirl-flow dish-flame gas-burning installation is a new type device with high performance.
旋流碟焰燃烧装置是一种性能优良的新型燃气燃烧装置。
The swirl-flow dish-flame gas-burning installation is a new type device with high performance.
旋流碟焰燃烧装置是一种性能优良的新型燃气燃烧装置。
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