1.
Numerical Simulation for Shock Induced Interfacial Instabilities of Heterogeneous Gases
激波诱导异质气体界面失稳的数值模拟
2.
boundary pressure
油水或气水界面之平均流体压力
3.
Morphological Observations of Cyanine Dye J-aggregates at a Solid/Air Interface by Fluorescence Microscopy and Atomic Force Microscopy;
固气界面上超分子J－聚集体的研究
4.
Bionic Study of Drag Reduction between Air and Non-Smooth Surface of Blunt Body of Revolution Model;
空气—旋成钝体界面非光滑减阻的仿生研究
5.
The Organotypic Culture of Keratinocytes in Vitro
体外角质形成细胞（HaCaT）的器官样（气—液交界面）培养
6.
Numerical simulation of the gas bubble behavior in the immiscible two-phase fluid interface
气泡在不互溶两相流体界面行为的数值模拟
7.
Numerical solution of Reynolds' equation for ultra-thin gas film lubrication at the head/disk interface
磁头/盘界面超薄气体润滑雷诺方程的数值求解
8.
Study of the Greenhouse Gas Flux of Water-Air Interface and Its Spatio-temporal Change in Taihu Lake;
太湖水—气界面温室气体通量及时空变化特征研究
9.
Gas Pressures on the Mold/Metal Interface
防止树脂砂铸件侵入性气孔缺陷金属液-型砂界面气体压力的探讨
10.
Three colored light educational world position idea uses two kind of liquid contact surfaces and the liquid and the gas phase dipodic principle causes the fluid position, the position clear demonstration.
三色光学界位计利用两种液体界面和液体与气相的折射光学原理使液位、界位清晰的显示。
11.
Effects of Oxygen Plasma Modification on Surface Properties of PBO Fibers and Interface Properties of PBO/PPESK Composites
氧气等离子体改性对PBO纤维表面及PBO/PPESK复合材料界面的影响
12.
Quantum Hydrodynamic Study of Interactions of Charged Particles with Electron Gases at Surfaces/Interfaces
带电粒子与表面/界面电子气相互作用的量子流体动力学研究
13.
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
14.
boundary -layer air
附面层[边界层]空气
15.
Only when both phases are present in the system is there a clear-cut distinction between liquid and gaseous states.
只有当体系中两相都存在时，在液体和气体之间才有界限分明的界面。
16.
The dynamic position of GOC and WOC can be determined by the production data or the fluid contacts in observation wells.
利用油井的生产资料或观察井中的流体界面变化情况来确定油气、油水界面的动态位置。
17.
Improving the Interfacial Bonding Strength between Ti6Al4V Alloy and Bioceramic by Laser Gas Nitriding;
激光气体氮化提高Ti6Al4V合金/生物陶瓷界面结合强度的研究
18.
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