1.
The Research of Supercavitating Shape and Drag and Optimizing Cavitator Shape;
超空泡外形和阻力及空化器形状优化研究
2.
Approximate Calculation of the Shape of Cavities Formed by High Speed Underwater Vehicles
水下高速航行体空泡外形的近似计算
3.
formed into or containing one or more vacuoles or small membrane-bound cavities within a cell.
形成一个或多个空泡或细胞内有隔膜的小泡，或包含这种泡。
4.
The renal tubules showed varying degrees of vacuolar degeneration,necrosis and cast formation.
肾小管病变有空泡变、坏死及管型形成。
5.
The renal tubules show varying degrees of vacuolar degeneration, necrosis and cast formation.
肾小管呈现空泡变、坏死及管型形成。
6.
Study of Forming Cavity on the Underwater Bodies;
水下航行体表面空泡形成过程的研究
7.
The Research of Axisymmetric Body Cavitaty Shapes Based on Potential Flow Theory;
基于势流理论的回转体空泡形态研究
8.
Numerical Simulation for Ventilated Supercavitation Cotrol
通气超空泡形态控制方法的数值模拟
9.
Research on Ventilated Cavity Shapes in a Longitudinal Gravity Force Field
重力静压梯度场中通气空泡形态研究
10.
Oil foam reduces the lubricating ability of the oil and agitation mix the oil with air to create foam.
石油泡沫降低润滑能力，石油和搅拌混合油与空气形成泡沫。
11.
Continuous curvilinear capsulorrhexis through tension air bubble of anterior chamber
张力性空气泡下连续环形撕囊的临床报告
12.
A Numerical Study on the Process of Cavitation in a Real Diesel Nozzle
柴油机喷油嘴喷孔中空泡形成过程的数值模拟
13.
Simulation on Natural Supercavitation Characteristics of Underwater High-speed Vehicle
水下高速航行体自然超空泡形态特性仿真研究
14.
Investigation on Characteristics of Cavity Form and Drag for Underwater High-speed Projectile
水下高速射弹超空泡形态与阻力特性研究
15.
Application of Numerical Method based on Potential Theory to Cavity Contour
势流理论的一种数值方法在空泡形态中的应用
16.
A Calculation Method for Supercavity Shape Based on the Logvinovich Independence Principle of the Cavity Section Expansion
基于Logvinovich独立膨胀原理的超空泡形态计算方法
17.
Containing vacuoles or a vacuole.
有空泡的，有液泡的
18.
Study of similarity of cavity shape in ventilation supercavitating experiment with strutting at nose section and cavitator designing
头支撑方式下通气超空泡形态相似与空化器设计研究