1.
Solubility of Monolayers of Non-Ionic Surfactants at Air-Water Interface;
非离子表面活性剂在空气/水界面的单分子膜的溶解性研究
2.
Mixed Monolayer of Macromolecule and Small Molecule at Air/Water Interface;
高分子与小分子物质在空气/水界面上的混合单分子膜
3.
Phase behaviour and morphology of mixed binary systems of phosphatidylcholine with stearic acid at the air/water interface
磷脂酰胆碱与硬脂酸二元混合系统在空气/水界面上的相行为和形态学特征研究
4.
Adsorption Behavior of Functional Material on Water-Air Interface;
功能材料在水—空气界面上的吸附行为
5.
Rheological Studies of Soy Protein at the Air-Water and Oil-Water Interfaces
大豆蛋白在空气—水和油—水界面上的流变学研究
6.
boundary -layer air
附面层[边界层]空气
7.
To us, it's just a shining, reflecting surface where the air ends and the water begins.
对于人类而言，这里只是能反光的界面，它是空气与水的分界线。
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.
It arises because the refractive index of water( n equals about1.3) is larger than that of air, and rays of light are bent at the interface between the air and the water.
上述现象的原因是水的折射率（大约等于1.3）于空气的折射率，而光在水与空气的界面弯曲了。
10.
The underwater acoustic signal can cause surface wave motion at the water-air interface and hence modulate the magnitude of the laser beam falling on the water surface.
水下声信号在水-空气界面会引起表面波动而对打在水表面的激光进行调制。
11.
The underwater acoustic signal can cause surface wave motion at water-air interface and modulate the magnitude of the laser beam falling on the water surface.
水下声信号在水-空气界面会引起表面波动而对打在水表面处的激光束进行幅度调制。
12.
boundary pressure
油水或气水界面之平均流体压力
13.
Study on Carbon Dioxide Fluxes Across Water-air Interface in Nihe Reservoir
泥河水库水—气界面CO_2通量研究
14.
Langmuir Monolayers of Quaternary Ammonium Gemini Surfactants and Amphiphilic Block Copolymers Containing PEO at Air-Water Interface;
季铵盐双子表面活性剂及两亲性嵌段聚醚酯在空气—水界面上单分子膜的研究
15.
Air moves across land and water in large air masses part.
空气以大气团的形式移过陆地和水面。
16.
The waters of the earth's surface as distinguished from those of the lithosphere and the atmosphere.
水界地球表面的水，与陆界和大气层相区别
17.
GOC) or gas-water contact( GWC), as the case may be, is the lower limit of producible gas.
同样，油气界面或气水界面是可产天然气所能达到的最低深度。
18.
surface-supplied compressed-air-diving
水面供给的压缩空气潜水