1.
The Development of Osmotic Organosilicon Protective Coatings on Concrete Surface
混凝土表面渗透性有机硅防护涂料的研究
2.
SURFACE PROPERTIES AND SURFACE MODIFICATIONS OF REVERSE OSMOSIS COMPOSITE MEMBRANES
反渗透复合膜的表面特性及表面改性
3.
These nonporous surfaces paint Badly with a Brush.
这些不渗透的表面很难被刷子刷漆
4.
A Study of Prohibiting Permeation of Hydrogen with Cr-C Film Electroplated on the Surface of the Zirconium Hydride;
氢化锆表面电镀铬膜阻止氢渗透的研究
5.
Study of Preparing the Hydrogen Permeation Barrier on the Surface of Zirconium Hydride with CO_2 Reaction Method;
CO_2反应法制备氢化锆表面阻氢渗透层的研究
6.
Surface Modification on 45~# Steel with Plasma Electrolytic Saturation in Solution
45~#钢液相等离子体电解渗透表面改性技术研究
7.
Influence of crumb rubber surface characteristics on concrete permeability
橡胶集料表面特性对混凝土渗透性的影响
8.
A coupled model of penetration and evaporation for ink film drying on plain paper
纸张表面墨膜蒸发与渗透干燥的耦合建模
9.
The influence of surface treatment with permeable coating on the corrosion of reinforced bar
渗透型涂料表面防护对钢筋锈蚀的影响
10.
Research and Application Status of Osmotic Organosilicon Protective Surface Coatings
渗透性有机硅表面防护涂料的研究及应用现状
11.
Discussion on Water Absorption Test Method of Concrete Surface Organosilicon Penetrant
混凝土表面有机硅渗透剂吸水率试验方法探讨
12.
Permeation experiment showed that permeation solvent greatly influenced the permeation result.
渗透实验结果表明渗透时所用溶剂对渗透结果有重要影响。
13.
The slightly porous nature of the surface of the oxide film allows it to be colored with either organic or inorganic dye.
氧化膜表面具有轻微的渗透性，因而可以用有机或无机染料着色。
14.
The slightly porous nature of the surface of the oxide film allows it to be colored with either organic or inorganic dyes.
氧化膜表面具有轻微的渗透性，因此可以用有机或无机染料着色。
15.
The mercury wicks up the reed and wets the contacts,providing a perpetually self-renewing contact surface.
水银沿簧片渗透并沾湿触点，形成一层永久性自更新接触表面。
16.
Research of Stability and Permeability of Concrete Surface Durability Reinforcing Agent;
混凝土表面耐久性增强剂稳定性和渗透性的研究
17.
Study on Preparing the Hydrogen Permeation Barrier on the Surface of the Zirconium Hydride with Electroplating and CO_2 Reaction Method;
电镀法和CO_2反应法制备氢化锆表面氢渗透阻挡层的研究
18.
Uniformity and Penetration of Surface Modification of Atmospheric Pressure Plasma Jet Treatment into Textile Materials;
常压等离子射流对纺织品表面改性的均匀性和渗透性研究