1.
Dielectric Theory of Chemical Bond in Complex Crystals and Its Application in Materials Science;
复杂晶体化学键介电理论及其在材料科学中的应用
2.
solid dielectric physicochemistry
固体电介质物理化学
3.
Let us consider the implication of the electrostatic theorem for chemical bonding in diatomic molecules.
让我们讨论双原子分子化学成键所蕴含的静电定理。
4.
Nonlinear theory of dielectric polarization:Electron as soliton
电介质极化的非线性理论——作为孤立子的电子
5.
The Key to the Mathematicalization of Theoretical Economics --Introduction of Mathematical Thinking;
理论经济学的数学化关键在引入数学思维
6.
Study of Ag/ZnO composite material by universal power law
利用普适介电理论对银/氧化锌复合材料介电性能的研究
7.
Research on Infrared Imaging Electronics Theory and Its Key Techniques;
红外成像电子学理论及其关键技术研究
8.
Theoretical Study on the Spatio-temporal Dynamic Behavior of Barrier Discharge at Atmospheric Pressure;
大气压介质阻挡放电时空演化行为理论研究
9.
This course introduces the theory of engineering electromagnetics.
本课程在介绍工程上基本的电磁学理论。
10.
Physical and Electrical Properties of ZrO_2 Gate Dielectrics Film
高介电栅介质ZrO_2薄膜的物理电学性能
11.
Theorectical Study on ACS of Crystalline Histidines and Mechanism of Peptide Bond Formation;
晶体组氨酸化学位移各向异性以及肽键形成机理的理论研究
12.
Study on the Electrochemically Mediated Delignification and Bleaching and Its Mechanism of Triploid of Polulus Tomentosa Kraft Pulp;
三倍体毛白杨硫酸盐浆电化学介体催化脱木素和漂白及机理研究
13.
Corrosion-resistant and Wear-resistant Behaviors of TC4 after Surface Electrochemical Oxidation Treatment in Aqueous Fluids
电化学表面氧化处理的TC4在水基介质中的耐蚀耐磨行为
14.
Tribo-Electrochemical Characteristics of Ti-6Al-4V′s Oxidation Film in Body Fluid
TC4(Ti-6Al-4V)氧化膜在生理介质中的摩擦电化学行为
15.
The chemistry and electrochemistry of lithium electrolyte salts are introduced.
介绍了锂离子电池电解质锂盐的化学和电化学。
16.
The Valence-electron Structure and Ferroelectricty Calculation of KNbO_3 Using a Valence Bonding Electron Theory
KNbO_3价电子结构和铁电性的价键电子理论计算
17.
The use of electrostatic theorem to explain chemical bonding has been criticized on the grounds of that it hides the important role of kinetic energy in bonding.
应用静电定理以阐明化学成键，基于它隐藏了功能在成键中的重要作用，曾受到了批评。
18.
Research on Key Theory and Technology of Emergency Response for Large-scale Blackouts
大面积停电应急关键理论及技术研究