材料科学基础学科  

出　　处：《中国学术期刊文摘》2006年第10期47-51,共5页Chinese Science Abstracts(Chinese Edition)

摘　　要：Nb微合金钢析出行为的热力学计算;振动场作用下聚合物的新型动态塑化熔融模型;关于多孔材料的新模型;双金属层合板垂直界面裂纹疲劳的扩展过程;高铁CaO-FeOx-SiO2体系的氧化机理;C60、C180、C60@C180富勒烯分子的压缩力学特性与电子结构;薄板坯流程连铸连轧过程中的细晶化现象分析;CSP流程V-N微合金钢冶金学特征研究.Thermodynamic calculations of precipitation behavior in Nb microalloyed steels;Novel dynamic analytic melting model of polymer with vibration field;A new model for porous materials;Propagation process of fatigue crack normal to the interface of bimetallic laminates;The oxidization mechanism in CaO-FeOx- SiO2 system with high iron content;Mechanical characters and electronic structures of compressed C60, C180 and C60@C180 fullcrcnc molecules;Study on grain refinement during thin slab casting and rolling;Study on metallurgical characteristics of V-N microalloyed strip produced by CSP.

关 键 词：材料科学基础学科 微合金钢 熔融模型 热力学计算 金属层合板 富勒烯分子 析出行为 多孔材料 扩展过程 界面裂纹 

分 类 号：O642.1[理学—物理化学] TG111[理学—化学]