1.
Experimental Research on the Ship Form of High-speed Catamaran Drag Reduction by Microbubble;
高速双体船船型微气泡减阻试验研究
2.
Theoretical Analysis and Experiments of Ship Drag Reduction by Microbubble;
船舶微气泡减阻理论分析及试验研究
3.
The Computational Software, PHOENICS, and the Numerical Simulation of Microbubble Friction Reduction;
PHOENICS计算软件及微气泡减阻的数值模拟
4.
Numerical Simulation of Air-injetting Parameters for Microbubbles Drag Reduction on Transitional Craft
过渡型艇微气泡减阻喷气参数数值研究
5.
Numerical Research of the Effects of Drag Reduction of Air Craft of the Measures of Controlling Bubbles Escaping
气泡逸出控制措施对气泡船减阻效果影响的数值研究
6.
Numerical Simulation of the Effects of Microbubble Drag Reduction of Different Curves of Area of Transverse Section of the Stern
尾部横剖面面积曲线变化对气泡减阻效果影响的数值模拟
7.
Numerical Simulation of the Micro-bubbles Resistance Reduction Effect of Different Curves of Transverse Sectional Area
高速艇尾部横剖面面积曲线变化对气泡减阻效果影响的数值模拟
8.
Hydrogen Bubble Flow Visualization and Digital Image Analysis for Drag Reduction Mechanism in Wall Turbulence with Groove-Riblet Surface
沟槽壁湍流减阻机理的氢气泡流动显示及数字图像分析
9.
Numerical Investigation of Drag-reduction Control by Micro-suction-blowing on Airfoil
二维翼型微吸吹气减阻控制新技术数值研究
10.
This paper introduces mechanism,research methods and main results about microbubble dray reduction.
该文介绍了微气泡降阻机理、研究方法和重要结论。
11.
Elementary Study on Wall Skin Friction Reduction of Symmetrical Body by Microbubbles in Boundary Layer of Fluid;
利用流体边界层微气泡降低轴对称体壁面摩擦阻力的基础研究
12.
Elementary Study of Wall Skin Friction Reduction by Microbubbles in Boundary Layer of Fluid;
利用流体边界层微气泡降低壁面摩擦阻力的基础研究
13.
Methods Using the emphysematous bulla ligation and the un ilateral lung volume reduction to treat old COPE patients with bronchopleural fi stula.
方法采用肺大泡结扎、扎及同侧肺减容术治疗老年慢性阻塞性肺气肿伴发支气管胸膜瘘。
14.
Gas-filled shock absorber injected with pure N2, which not only keeps stability of damping force, but also reduce aerification and foaming, meanwhile, extend the effective life.
气压式内充入纯氮气，不仅可保持阻尼的稳定性，还可减少油液汽化及泡沫化，延长产品有效寿命。
15.
Several methods of reducing air-bubbles and water-bubbles on the surface of concrete
减少混凝土表面气泡水泡的几种方法
16.
The Development of Natural Gas DRAs and Drag Reduction Performance Test
天然气减阻剂的研制及减阻性能测试
17.
A bubble will burst at the slightest touch.
气泡稍微一碰就破.
18.
The drag force decreases as the air density decreases.
当空气密度减小时阻力也减