1) vorticity kinematics
涡旋运动学
2) vortex flow
旋涡运动
3) vortex motion
旋涡运动
1.
Study of crossflow topology of unsteady vortex motion over a delta wing;
三角翼非定常旋涡运动横截面拓扑结构研究
2.
Establishment of the integral equations of vortex motion for incompressible and viscous fluid;
不可压缩粘性流体旋涡运动积分方程的建立
3.
Navier-Stokes equations are solved numerically to simulate vortex motion in separated flows using detached-eddy simulation(DES) method in Saplart-Allmaras one equation model.
采用基于Spalart-Allmaras方程模型的DES方法,数值求解Navier-Stokes方程,模拟绕流发生分离后的旋涡运动。
4) vortex movement
涡旋运动
1.
Characteristics of current crustal movement in Qinghai-Tibet Plateau were analyzed with least square collusion and wavelet using GPS data,and crustal movement strength and vortex movement were analyzed quantitatively.
利用GPS资料,采用最小二乘配置和小波技术分析了青藏高原的地壳运动特征,对该区地壳运动强度和涡旋运动进行了定量分析。
5) whirling motion
旋涡运动;涡动
6) 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。
补充资料:南美洲运动会和南十字运动会
1922年在巴西举行过1届南美洲运动会,参加者限于南美洲国家。1978年在玻利维亚举行过 1届南十字运动会,参加国有阿根廷、玻利维亚、巴西、智利、厄瓜多尔、巴拉圭、秘鲁和乌拉圭8国。
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