1.
The Relationship between the Composition of the Bonding Layer and the Interface Electron Structure of the Thermal Barrier Coatings;
粘结层成分与热障涂层界面电子结构的关系
2.
Relationship between (Ti,Me)C/Fe Cermet Interfacial Valence Electron Structure and Properties
(Ti,Me)C-Fe金属陶瓷界面电子结构与性能的关系
3.
Analysis of Phosphorus Effect on Cold Short Behavior of Steel with Electron Structure Parameters of Phase Interface
磷对钢冷脆行为影响的相界面电子结构分析
4.
Analysis on the Interface Valence Electron Structure in Al-Li-Cu Alloy and Its Effects on Properties of Strengthening;
Al-Li-Cu系合金异相界面电子结构及其对合金强化的影响
5.
Research on the Equilibrium Geometric Structure and Electronic Structure in the Interface of Metal Iron and the Solution
金属Fe/水溶液界面几何结构与电子结构研究
6.
Theory on Geometrical Structure and Electronic Configuration of Electroplex at the TPD/PBD Interface in Organic Light-emitting Diodes
TPD/PBD界面电致激基复合物几何结构和电子结构的理论
7.
Molecular Dynamics Simulations on the Interfacial Structures of Electrolyte Solutions
电解质溶液界面结构的分子动力学模拟研究
8.
The Study of Metal-oxide Interfacial Structure by Electron Microscope and the Application of Electron Dynamic Diffraction;
金属—氧化物界面结构的电子显微镜研究及电子动力衍射的应用
9.
The Interfacial Structure of Ionic Liquids/Metal Probed by Electrochemistry and SERS
离子液体/金属界面结构的电化学及表面增强拉曼光谱研究
10.
The Study of Electronic Theory on the Microstructure of ZA Alloys and the Interface Characteristics of SiC_p/ZA27 Composites;
ZA合金微观结构电子理论及SiC_p/ZA27复合材料界面特性研究
11.
Effects of Interfacial Couplings and Configuration Disorder on the Charge Transport Properties of DNA;
界面耦合与结构无序对DNA分子电荷输运性质的影响
12.
Love Waves in ZnO-SiO2-Si Piezoelectric Layered Structures with Imperfect Interfaces
弱界面ZnO-SiO_2-Si压电层合结构中的Love波
13.
The deposition mechanism is based on the tunneling of electron transition and double electrical layer of interface between semiconductor and electrolyte.
电沉积过程中薄膜的生长机理是基于电子跃迁的隧道效应和半导体／解液界面的双电层结构。
14.
The Interface Structure and Photoelectric Properties in Infrared Photoelectric Thin Films Materials
红外光电薄膜材料的界面结构与光电性能
15.
First-principles study on 3C-SiC(001)-(2×1)surface atomic structure and electronic structure
3C-SiC(001)-(2×1)表面原子与电子结构研究
16.
The system can provide information onμ m level about the structure and electronic properties of interface of the semiconductor/ electrolyte solution.
系统能在微米水平上提供有关半导体/解质溶液界面结构和电子学性质方面的信息。
17.
First-principle theory on the relaxation configurations and electronic structures of Si(001) surface
Si(001)面弛豫表面构型与电子结构的第一性原理
18.
Influence of interfacial Microstructure of Polyethylene on Breakdown Strength in Power Cable
电缆中聚乙烯界面微观结构对击穿强度的影响