摘要
材料基因研究将根本改变材料研发方式,大幅度加快研发应用进程。应用第一性原理及相场方法可以对材料的微观结构与材料的宏观性能进行计算仿真,材料基因方法已广泛应用于锂离子电池关键材料的分析研究。
Research of material gene accelerate greatly the development of its field technique will help to complete performances of the materials. Material will fundamentally change the R ＆ D mode for materials and application proeess. Application of first-principle and phase lation calculation for the gene technique has been widely microstructures and macro used in analytical study of critical materials for lithium ionization cell.
出处
《上海电气技术》
2015年第3期37-41,51,共6页
Journal of Shanghai Electric Technology
关键词
材料基因
第一性原理
相场方法
锂离子电池
Material Gene
First-principle
Phase Field Technique
Lithium Ionization Cell
