1)interfacial film界面膜
1.The interfacial film properties of resin and asphaltene separated from Saudi Arabia crude oil were investigated by interfacial shear viscosity,and explained by the molecular properties of the resin and asphaltene studied by IR,UV and VOP.000 0 mN/m,并且其曲线具有吸附曲线的特征,沥青质体系具有较强的界面膜,其界面膜的形成经历了从液态扩张膜到液态凝聚膜的变化过程。
2.The molecular structures of asphaltenes and resins in Shengli crude oil were studied by IR,UV,and intensity of the interfacial film between oil and water was investigated by interfacial shear viscosity measurements,and the stability of emulsions was also researched.采用红外和紫外光谱分析了胜利原油中胶质和沥青质的结构,采用界面剪切黏度对其油、水界面膜强度进行了表征,测定了胶质和沥青质模拟油油包水乳状液的稳定性。
3.We could draw a conclusion that microemulsion solubilization was effected with both the total amount of surfactant and cosurfactant on the interfacial film of microemulsion and confusable degree of interfacial film of microemulsion.结果发现:当微乳界面膜上的表面活性剂和助表面活性剂总量增多,则相应的微乳体系增溶水量较大;微乳界面膜的混乱度增大,柔性增大,使得微乳界面膜易于弯曲,使微乳易于形成规整的球体,相应的微乳增溶水量较大。
英文短句/例句
1.The research progress of solid electrolyte interface( SEI) film in lithium ion batteries is reviewed.本文综述了锂离子电池中固体电解质界面膜(EI膜)研究进展。
2.A Study of the Relationship between Interfacial Film and Emulsion Stability;油水界面膜与乳状液稳定性关系的研究
3.Applications of the Wavelet Transform to Characterize the Oxide Layer,Interlayer and Thickness Fluctuation in Multilayer Structures小波变换表征多层膜氧化层、界面层和膜厚漂移
4.Interface roughness of multilayer dielectric optical thin film多层介质薄膜膜层间界面粗糙度及光散射
5.Alterations occur at the interface between white blood calls and endothelium.白细胞和内膜的交界面发生改变。
6.THE INFLUENCE OF ANNEALING ON THE INTERFACE OF Ag/Cr FILMS热退火对银/铬薄膜界面结构的影响
7.Solid State Reaction Mechanism in Interfaces of Fe/Ti Nanometer-Scale Multilayers;Fe/Ti纳米多层薄膜界面反应机制研究
8.The Antiferromagnetic Coupling and Interface Diffusion in Fe/Si Multilayers;Fe/Si多层膜的层间耦合与界面扩散
9.Study of CdTe/CdS Polycrystalline Films and the Interface of the Heterojunction;CdTe/CdS多晶薄膜及其异质结界面的研究
10.An Experimental Study on Dissolving and Detaching Vitreoretinal Interface with Enzymes;玻璃体视网膜交界面酶溶解分离研究
11.The Preparation and Interface Study of IPN/Ni Composite LB Films;IPN/Ni复合LB膜的制备及界面研究
12.The Study on the Interface Cracks Detection Method in Coating Materials薄膜涂层材料界面缺陷检测方法研究
13.Research on Characteristics of Oil Film for Work Interface in Metal Rolling Processes金属塑性加工过程界面油膜特性研究
14.Cohesive zone modelling of interfacial delamination in PZT thin filmsPZT薄膜界面分层破坏的内聚力模拟
15.Studyinq the Liquid-Grown Silicon Oxide Film Surfaces and Interfaces by Auger Etectron Energy Spectryscopy硅表面液相钝化膜及其界面的俄歇能谱研究
16.The influence of the surface and interface effects on the polarization distribution in ferroelectric films;表面和界面效应对铁电薄膜极化分布的影响
17.A Study of Anodic Sulfide+ZnS Surface Passivation of HgCdTeHgCdTe阳极硫化+ZnS钝化膜表面与界面的研究
18.The pitting critical potential of the fresh surface is lower than that of the surface covered by passive film.去膜表面发生点蚀的临界电位低于膜覆盖表面发生点蚀的临界电位。
相关短句/例句
interface film界面膜
3)Interface[英]['?nt?fe?s][美]['?nt?'fes]膜/水界面
4)interfacial liquid membrane界面液膜
1.The relation between the interfacial liquid membrane(ILM)technology and the theory of similitude were discussed.讨论了界面液膜(ILM)技术和相似理论之间的关系。
5)Film-to-substrate interface膜/基界面
6)interfacial film界面薄膜
延伸阅读
界面膜 有界面存在就有界面自由能。一种物质在界面发生吸附（富集于界面）使界面自由能降低，故物质易在界面吸附，形成一层成分与流体相内部不同的部分，其中溶质的浓度远大于相内部，这一由于物质富集而形成的界面层即一般所谓的界面膜。具有不对称的、"亲水-亲油"两亲分子结构的物质特别容易在油- 水界面或水表面上吸附，形成界面膜。极性有机物，如醇、羧酸、胺、酯，特别是有直碳氢链的，以及各种表面活性剂，皆容易在水表面上（或油-水界面上）铺展或吸附,形成表面膜（或界面膜）。 一般水不溶性的极性有机物（及表面活性剂）是通过自身（多半是液体）或在挥发性液体（如石油醚、甲醇、丙酮、苯、乙酸甲酯等）中的溶液在水面上展开成为界面膜。如果铺展物质的量很小或水面面积很大，则形成的表面膜是单分子层的,就叫做不溶性单分子膜,简称不溶膜。 水溶性的极性有机物和表面活性剂（如低碳醇、胺、酸和十二烷基硫酸钠等）的水溶液表面、通过溶质的吸附而形成的单分子膜、为可溶性单分子膜，简称可溶膜。 界面膜中的溶质分子运动可以看作是二维空间的分子运动，也有一定的状态方程加以描述，其形式与一般三维空间的状态方程相似，不过以面积A代替体积V和以表面压π 代替压力 p（见单分子膜和表面压）。例如界面膜中分子浓度极稀时, 其状态方程即为与pV＝RT相似的二维理想气体的状态方程πA＝kT, 式中k＝R/NA，NA为阿伏伽德罗数。当界面膜中分了浓度增大以至于接近饱和时，界面上每个分子所占面积接近长条形"两亲分子"直立排列所占的截面积。不管分子量大小如何，同系物分子所占的面积基本相同，例如，脂肪酸在水面上的不溶膜，紧密排列时每个分子所占的面积约为0.20纳米2。这就说明脂肪酸分子立在表面上,而不可能平躺在表面上。 此时亲水的羧基朝向水中，疏水的碳氢链则逃离水而指向空气中，这就是界面膜中的分子定向作用。定向作用在可溶膜中也同样存在。
