1.
Influences of adsorption film and worn spot under different hematocrit on the blood lubricant capacity
不同红细胞比积条件下钢球表面吸附膜及磨斑对血液的润滑性能评价(英文)
2.
(2) sorption of odorant molecules into the mucus at the air mucus interface;
（2）气味分子被嗅觉粘膜表面的粘液所吸附；
3.
Behavior of Surfactants on Oil/Water Interface and Foam Film for Enhanced Oil Recovery;
强化采油用表面活性剂在油/水界面和泡沫液膜吸附行为的研究
4.
Mechanism of Arsenate (Ⅴ) Adsorption on TiO_2 Surfaces
As(V)在TiO_2表面的吸附机理
5.
The Research on Fabrication Technique of Substrated Palladium-Yttrium Alloy Membrane and Theroy Study of Surface Adsorption Behavior for Hydrogen Purification;
有支撑钯钇合金渗氢膜制备技术及表面吸附行为理论研究
6.
Theoretical Study on Surface Electronic Structure and Adsorption of SnO_2 Sensitive Film for Micro Gas Sensor;
微气体传感器SnO_2敏感膜表面电子结构及气体吸附的研究
7.
Evaluation of the ion adsorption on neutral membrane on its isoelectric point(IEP) and permeation property
非荷电膜表面离子吸附对其等电点和渗透性能的影响
8.
Investigation into Absorption of Surfactants onto Porous Polystyrene Film by a Piezoelectric Sensor
表面活性剂在聚苯乙烯多孔膜上吸附的压电传感检测
9.
capable of being adsorbed or accumulated on a surface of a solid.
能被吸附或附着于固体的表面。
10.
Adsorb means to attract and hold to the surface substances, liquids, or gasses.
被吸附意味着去吸附表面上的物质、液体或气体。
11.
The solid on whose surface adsorption occurs is called the adsorbent.
在表面上发生吸附作用的固体叫吸附剂。
12.
Analysis of the Response of Quartz Crystal Microbalance in Studying the Process of Adsorption and Properties of Adsorbed Film on the Interface
聚合物界面吸附行为及吸附膜属性的石英晶体微天平响应分析
13.
, pore size, manufacturer, or fabrication process) produced a large variation in the protein binding capacity.
膜是疏水的，因而可以用于蛋白吸附，只用简单的将抗体溶液放在表面就能实现。
14.
Molecular Dynamics Simulation of C_2 Adsorption on Diamond (111) Surface and Diamond-like Carbon Ion Beam Assisted Deposition
C_2在金刚石（111）表面吸附和离子束辅助沉积类金刚石膜的分子动力学模拟
15.
Preparation,Protein Adsorption and Blood Compatibility of Polyelectrolyte Multilayers with Different Surface Properties
不同表面性质聚电解质多层膜的制备及蛋白质吸附和血液相容性能
16.
lacking a capacity to adsorb or cause to accumulate on a surface.
缺乏吸附能力或缺乏导致附着于表面的能力。
17.
having capacity or tendency to adsorb or cause to accumulate on a surface.
具有能力或趋势吸附或者导致附着在一个表面。
18.
Adsorption and Desorption of Nitrogen Molecules on the Copper Single Crystal Surface of Cu(Ⅲ);
氮分子在铜单晶表面Cu（Ⅲ）上的吸附—脱附