由PR谱推算出薄膜表面和界面的电场。
Electric fields at the surface and the interface were deduced from PR spectra.
通过建立不同的物理和色散模型，分别考察了薄膜表面和界面的椭偏效应。
Through the establishment of different physical and dispersion models, the effects of the surface and interface on spectroscopic ellipsometry were inspected.
她的研究兴趣包括基因组结构和进化、蛋白质表面和界面特性，以及蛋白质结构预测。
Her research interests include the structure and evolution of genomes, the properties of protein surfaces and interfaces, and prediction of protein structure.
所以，无论从理论研究还是实际应用来看，从根本上认识其表面和界面的电子结构和光电行为是非常必要的。
It's necessary to study the electronic construction and photoelectric behavior of surface and interface of GaN film for the theory and application research.
用扫描电镜(SEM)微观分析技术分析研究了经过表面处理前后的非晶态合金带增强的复合材料的表面和界面。
And we used shear strength of composites to research adhesive character of amorphous metal ribbon reinforced polymer composites. Using SEM technique, we examine the interface of this kind composite...
揭示了半导体表面微钠区城原子结构对其微纳区域表面和界面电子特性的影响，为认识半导体微纳区域表面和界面电子行为提供了新思路。
By using the adsorption of gas probe, we can understand the surface or interface electron character of functional semiconductor in micro-nano region in essentially from a new point of view.
复合材料的界面，常常被看成是表面，实际上是许多的组成、结构和特性组分，其厚度从单原子层到数个微米不等。
Interfaces in composites, often considered as surfaces, are in fact zones of compositional, structural, and property gradients, typically varying in width from a single atom layer to micrometers.
利用电子探针及透射电镜研究发现，涂层的表面致密化程度和界面结合情况是影响其抗氧化性的关键因素。
By research with electro-probe microanalyzer(EPMA), we found that the surface density and the interface combination status of the coating is the key factors that effect its anti-oxidation.
计算显示有源核中的界面声子可以分为体声子和表面声子模式。
Numerical calculations show that the interface phonons in the active core can be classified as bulk phonons and surface phonons.
表面有机化改性是提高木质填料（木纤维或木粉）的分散程度和增强其与聚合物基体界面相互作用的重要手段。
Surface organic modification plays an important role in improving wood fillers (xylon and wood flour) dispersion and enhancing the interfacial interactions between the wood fillers and polymer matrix.
运用线性系统的无穷级微扰论研究了表面和多层(AB)界面系统的声子态。
The phonon states of surface and multi-film (AB) interface systems have been studied by using the infinite order perturbation theory for linear systems.
针对第一个问题，国内外已提出很多从结构上解决的方案且得到有效应用，如何减少表面态和界面层的影响仍没有找到比较好的解决方法。
At present, many effective solutions have been given for the first question. But, there's no any method to reduce the influence of surface states and interfacial layer on breakdown voltage.
讨论金属与型壳界面作用对精铸件表面粗糙度和粘砂缺陷的影响。
The effect of metalceramic shell interface reactions on surfaceroughness and the defects of burn on sand in investment casting are discussed in this paper.
试验结果表明，混凝土强度、钢管表面状况和混凝土养护条件对粘结强度有显著影响，而界面长度对粘结强度无影响。
The test results show that the bond strength is of concrete, but not affected by the length of the steel tube-concrete core interface.
它可以获得关于表面、薄膜以及样品界面的元素和分子的详细信息，并且给出完整的三维分析。
It provides detailed elemental and molecular information about the surface, thin layers, interfaces of the sample, and gives a full three-dimensional analysis.
淬火过程中表面换热系数是反映界面能量传递和介质冷却能力的重要物理参数。
Surface heat transfer coefficient is an important physical parameter which reflects energy transfer of interface and cooling capability of medium.
同时可以发现在粗糙和纳米钛合金表面的成骨细胞更倾向于黏附在材料的颗粒界面。
It was also found that osteoblasts on the rough and nano-surface titanium alloy inclined to adhere to the interface of the materials.
通过对方程的数值求解，研究了外加磁场强度、进口速度分布、初始表面扰动对界面形状和界面张力的影响。
The influences of applied magnetic field. inlet velocity profile, initial surface disturbance and surface tension on interface shape were analyzed.
材料特性不仅取决于薛定谔方程的相互作用项，也决定于自由表面和不同材料界面处的边界条件。
Characteristics of materials depend not only the interaction terms in solution by Schrodinger equation but also more on the boundary condition at the border and interfaces of different specimens.
采用硅烷偶联剂对无机填料和石棉纤维进行表面处理，提高无机填料与聚合物基体的界面相互作用；
The results show that after being treated with coupling agent, interface interaction between inorganic fillers or asbestos fiber and epoxy resin enhances quite a little.
采用场发射扫描电镜分析了复合镀层的表面和初始界面上的碳纳米管存在形式和分布。
Scanning electron microscope was used to observe the conformation and distribution of carbon nanotubes on the initial interface of coatings.
模拟油在岩心中的自发乳化驱采收率和总采收率分别为24.5%和71.8%，与超低界面张力聚合物表面活性剂驱相近。
The simulated oil spontaneous emulsification flooding recovery and total recovery with cores are enhanced by 24.5% and 71.8%.
对表面活性剂和固体粒子参与形成的油水界面膜的动态界面剪切粘度性质进行了研究。
Experimental data were presented to show the influence of surfactants and solid particles on the dynamic shear viscosity of interfacial films.
结果发现由于颗粒填料表面和环氧基体的相互作用，从填料表面开始形成了一层致密的聚合物界面层。
It was found that a dense polymeric interface layer would be formed on the surface of solid fillers due to the interaction between paniculate filler surface and epoxy matrix.
采用液相烧结法将爆炸压实后的WC钢结硬质合金粉末复合在碳钢表面，对不同烧结温度下的界面组织和抗剪强度进行了研究。
WC steel-bonded cemented carbide powders being compacted by explosive compaction were bonded to the surface of carbon steel using liquid phase sintering.
还讨论了有关材料微观设计和性能预估、材料检验和评价，以及材料界面、表面优化处理技术。
Besides the relative material design and Property prediction, material inspection and evaluation and also the surface and interface modification are discussed.
本文简要介绍了液氦表面、半导体表面空间电荷层和化合物半导体异质结界面的二维电子气。
This paper reviews two dimensional electron gas formed on the liquid helium surface, the semiconductor surface space charge layer and the compound semiconductor heterojunction interface.
弱碱三元复合体系界面张力随碱和表面活性剂增加而降低，随时间延长而下降。
The interfacial tension of the alkali ASP system descended with the alkali and surfactant density increasing, and decreased with time.
土壤粘附强度主要由毛细管作用力和界面水膜粘滞力构成，固体表面性质对其产生影响。
The soil adhesive strength is mainly composed of capillary pressure and viscous resistance of the water film, which are affected by the nature of solid surface.
土壤粘附强度主要由毛细管作用力和界面水膜粘滞力构成，固体表面性质对其产生影响。
The soil adhesive strength is mainly composed of capillary pressure and viscous resistance of the water film, which are affected by the nature of solid surface.
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