1) root vortex
根涡
2) vortex dedendum
涡旋齿根
1.
Simplified calculation on equivalent stress of vortex dedendum under the effect of uniform internal pressure;
受均匀内压作用涡旋齿根等效应力简化计算
3) groove cutter for root of turbine blade
涡轮叶片根槽铣刀
4) vortices
[英]['vɔ:təsi:z] [美]['vɔrtə,siz]
涡
1.
For fluid of air,interaction between vortices induced by vortex generators in the flat-tube-fin heat exchanger and heat transfer performance of radiator have been investigated by a method of numerical simulation in the Reynolds number range of 500~2 100.
以空气为介质,在Re=500~2100的范围通过数值模拟的方法对涡强化扁管管片散热器中涡产生器形成的涡的相互干涉及其对散热器流动与换热性能的影响进行了研究分析。
2.
In this paper,we have studied the interactions and the evolution of two vortices with different rotate directions genenratated by two vortex generators both by the flow visualization method and the numerical simulation method.
通过流动可视化方法并结合数值计算模拟了两个不同旋转方向涡的干涉及其发展过程。
3.
A numerical study of interactions of vortices generated by VGs and the effects of such interactions on heat transfer enhancement of flat tube bank fin are carried out.
涡强化扁管管片散热器通过涡产生器形成的涡来增强流体在横断面上的二次流及其扰动 ,从而强化了换热 。
5) vortex
[英]['vɔ:teks] [美]['vɔrtɛks]
涡
1.
At the same time, distributing characterization of flow field, including forced vortex, free vortex, compound vortex and spiral vortex, inside hydrocyclones was analyzed and calculated.
根据旋流器结构特征 ,确定其相应的结构参数及比例缩放的关系模型 ,同时对旋流器流场中液流的自由涡、强制涡、组合涡与螺旋涡分布进行了理论分析与计算 ,对加深人们对旋流分离技术的理解 ,具有重要的工程实际意
2.
Aiming at the non-uniform plasma application in aircraft stealth,a piecewise linear current density recursive convolution finite-different time-domain(PLJERC-FDTD) algorithm is applied to the study on the scattering for the plasma vortex and plasma vortex cluster.
针对非均匀等离子体在飞行器隐身中的应用,采用分段线性电流密度递归卷积时域有限差分(PLJERC-FDTD)方法计算等离子体涡及涡串电磁散射特性,分析等离子体涡对飞行器隐身性能影响。
3.
When the endwall is stationary,vortexes appear near left-below and right-below of the endwall,and then vortexes center moves toward up and middle,the vo.
利用大涡模拟对中等半径比内轴高旋圆柱间湍流场进行了数值模拟。
6) root
[英][ru:t] [美][rut]
根
1.
Study on Chemical Constituents of Volatile Oil in Rhizome and Root of Acorus calamus L.;
水菖蒲根状茎与根挥发油化学成分研究
2.
Chemical constituents from roots of Polygala japonica;
瓜子金根的化学成分研究
3.
Morphology and histology of eleven medicinal plant roots of Dendrobium Sw.;
11种药用石斛根的形态组织学研究
补充资料:二根──利钝二根
【二根──利钝二根】
﹝出析玄记﹞
析玄云:见道行人,根有二种。谓须阤洹初果之人,破惑见理,名为见道。(梵语须阤洹,华言入流,谓预入圣人之流也。)
[一、钝根名随信行],婆沙论云:由彼依信随信起行,谓此一类行人,从来性多钝故,自不披阅教文,但信他人言说而得悟道,故名随信行。
[二、利根名随法行],婆沙论云:由彼依法随法起行,谓此一类行人,从来性多利故,不信他言,但自披阅教典,而得悟道,故名随法行。
﹝出析玄记﹞
析玄云:见道行人,根有二种。谓须阤洹初果之人,破惑见理,名为见道。(梵语须阤洹,华言入流,谓预入圣人之流也。)
[一、钝根名随信行],婆沙论云:由彼依信随信起行,谓此一类行人,从来性多钝故,自不披阅教文,但信他人言说而得悟道,故名随信行。
[二、利根名随法行],婆沙论云:由彼依法随法起行,谓此一类行人,从来性多利故,不信他言,但自披阅教典,而得悟道,故名随法行。
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