1) tail suction
身后制动旋涡阻力
2) eddy resistance
旋涡阻力
1.
25 mm cylinder height would increase with the increase of Re at Re>100,as a result of eddy resistance,enhancement of stream pulse and acceleration of stream frequency.
25mm的柱群外,其余实验段fRe值随Re增加而缓慢增加,这是由于产生旋涡阻力、水流脉冲增强及频率加快导致的。
3) eddy-resistance
涡动阻力
4) vortex dynamics
涡旋动力学
1.
The hypothesis of vortex dynamics is proposed for explaining the peculiarities of excess heat and anomalous nucleus phenomena in .
提出了涡旋动力学理论解释电化学放电过程中的异常现象———过剩热和非平衡系统中的异常核现象。
2.
Since the discovery of high-Tc superconductors, vortex dynamics, which is an important key to understand superconductivity, becomes a central problem, and especially the time-dependent Ginzburg-Landau (TDGL) model that describes the dynamical properties of superconductors has been a subject of theoretical and experimental work.
自从高温超导体发现以来，涡旋动力学成为研究的中心问题，因为它是理解超导电性的重要关键之一。
3.
The hypothesis of vortex dynamics is proposed for explaining the peculiarities of excess heat and anomalous nucleus phenomena in the non-equ.
提出了涡旋动力学理论解释电化学放电过程中的异常现象——过剩热和非平衡系统中的异常核现象。
5) vortex dynamics equation
旋涡动力学方程
1.
The unsteady boundary conditions of vortex dynamics equation for moving bodies are presented, based on which, the vorticities of vortex around arbitrary moving bodies are numerically dotermined.
详细讨论了旋涡动力学方程非定常动边界条件。
6) eddy-making damping
旋涡阻尼
补充资料：身后
1.死后。
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