1) vortex density
旋涡密度
2) vortices intensity
涡旋强度
1.
It is implied in this paper that when vortex generators are arranged linearly,variation of vortex generator numbers will impact the magnitude of span-averaged Nusselt number and vortices intensity.
说明了当涡产生器呈线性布置而涡产生器的数量发生变化时对横截面上平均Nu数和涡旋强度Γ的影响,并对在本文所采用的模型参数下加装涡产生器的最佳数量进行了探讨。
3) eddy scale
涡旋尺度
1.
Total pressure pulsation intensity and eddy scale,which are the primary parameters used for describing the pulsation intensity and the size of the distorted flow field,affect the stall margin of engine greatly.
总压脉动强度和涡旋尺度是描述发动机进气总压畸变流场脉动强度和大小的主要参数,对于发动机的稳定裕度有着较大的影响,了解它们在畸变流场中的变化趋势及其关系将有助于发动机稳定性控制研究。
2.
Eddy scales were calculated upon those flow data that were obtained through the total pressure distortion tests, and characteristics of the eddy scales were presented in order to improve the distortion test and investigate the effect of eddy scale to engine stability.
利用某型发动机总压畸变试验获得的流场数据进行了涡旋尺度的计算,归纳出其在流场中的一些特点,为进一步完善国内的总压畸变试验、开展涡旋尺度对发动机稳定性影响的研究奠定了基础。
4) swirling strength
旋涡强度
1.
The study of vortex structure of impinging jet calculated using the swirling strength method;
基于旋涡强度方法的冲击射流涡结构研究
2.
Experimental investigation of turbulent bubbly mixing layer using swirling strength method
基于旋涡强度法的湍流泡状流混合层流动
5) intensity vortex
强度涡旋
6) vortex velocity
涡旋速度
补充资料：非密度制约因素(见密度制约因素)
非密度制约因素(见密度制约因素)
l焦非密度制约因素见生态因素、密度制约后
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条