surface chemistry

The curriculum mainly introduces the fundamental principle and research technique on chemical thermodynamics, chemical kinetics, electrochemistry, surface chemistry and colloid chemistry and so on.

本课程主要介绍化学热力学、化学动力学、电化学、表面化学、胶体等基本原理知识和研究方法。

Principles of Colloid and Surface Chemistry , Marcel Dekker, Inc. 1997.

胶体与表面化学, 沈钟、王国庭编著,化学工业出版社, 1997年.

Potential energy surface is not only the cornerstone of chemical reaction dynamics, but also one of the core issues in theoretical and computational chemistry.

势能面是精确研究反应动力学的基石，也是理论与计算化学的核心课题之一。

Basic theory of surface modification about glassy cement material is presented in this paper. At the same time modified glassy cement materials were manufactured by means of point activation and disperse& grind aid according to technology of mechanical-chemistry.

阐述了玻璃态胶凝材料表面改性的基本原理，并采用机械化学方法对玻璃态物质进行了点活化及助磨分散表面改性，制备了改性玻璃态胶凝材料。

Study on Surface Chemistry of TGH Catalyst

TGH催化剂的表面化学研究

This paper deals with the mechanism of dissolution reaction kinetics of minerals in aqueous solution based on the theory of surface chemistry.

本文应用表面化学理论分析了矿物在水溶液中的溶解反应动力学机理。

AES chemical shift and Application on surface chemistry

俄歇化学位移及其在表面化学上的应用

And the research of the antirust including the synthesizing of the materials and test of the performance are referring to the principle and theory of surface and colloid chemistry as well as erosion and protection of metal.

该防锈剂的设计、合成及性能测试等均牵涉到表面与胶体化学、金属腐蚀与防护等理论与技术。

Moreover, according to different experiment objects, SVE is divided into four kinds of experiments, such as thermodynamics experiment, electrochemistry experiment, chemical kinetics experiment, surface and colloid chemistry experiment.

同时根据实验研究对象的不同，将SVE细分为了热力学实验、电化学实验、化学动力学实验以及表面及胶体化学实验等四类实验。

Using XPS surface characterization technique analysis the surface chemistry changes between original sample and plasma processing samples.

用XPS表面表征技术分析等离子处理样与原样表面化学组成的变化。

The Problems of Surface Chemistry in the Research of Peeling Strength of Chloroprene Adhesive

氯丁胶粘剂剥离强度研究中的界面化学问题

The control of magnetic particle size, size distribution, shape, crystal structure, surface chemistry and the overcoming of its agglomeration have still been the key issues for the theory study and application of magnetic nanocomposite materials.

磁性纳米粒子尺寸、结构、表面性质的控制和团聚问题的解决一直是近年来磁性纳米复合材料理论研究和应用领域十分关注的问题。