Progress on computer simulation of surfactant self-assemblies and its applications in manufacture of new materials;
表面活性剂自组装的计算机模拟及在新材料中的应用进展
Direction and active research field of new materials at home and abroad;
中外新材料研究趋势和热点
Downstream processing of kaolin and new materials;
高岭土的深加工与新材料
New Materials Produced by Mechanjcal Alloying(Ⅱ)——Dispersion Strengthened Alloys,Magnetic Materials, Superconducting Alloys,Intermetallic Compounds and Mechanochemical Effects;
机械合金化合成的新材料(二)——弥散强化合金、磁性材料、超导合金、金属间化合物及机械化学效应
Investigation of the influence of bond strength of new materials by different test methods;
用不同方法测定新材料粘结性能的必要性探讨
The Gulf war and developmental application of new materials;
海湾战争与新材料的开发应用
This paper summarizes the type and function of defects in the preparation of advanced materials,and explains the effects of solid solution and Nonstoichiometric compound on physical chemistry capability.
简述了缺陷的类型及其在新材料制备中的作用,通过实例分析固溶体和非化学计量化合物缺陷对材料物理化学性能的影响,阐明缺陷化学是一种研究新型功能材料的有力手段,根据新材料的发展趋势分析了缺陷化学可能取得的重大突破及新的研究热点。
The application of SPS in preparation of advanced materials is focused, particularly on functional gradient materials (FGM), biomaterials, nanostructured WC-Co materials and Mg-based alloys.
介绍了SPS的工艺特点和装置、国内外发展状况以及特殊的烧结机理;阐述了SPS在功能梯度材料、生物材料、超细或纳米晶WC-Co硬质材料、镁合金等新材料制备方面的应用及优势。
Nonferrous metal materials are among the most important parts of advanced materials.
有色金属新材料是新材料的一个极其重要的组成部分。
To solve the problems during the industrial scale preparation of advanced materials, the concepts of product engineering, process engineering and multiscale method should be integrated.
认为应面向高新技术和新材料领域,综合产品工程、过程工程、多尺度的方法,围绕组成、结构与性质关系的主线,去解决化学工程应用到新材料制备中所遇到的问题。