摘要
材料基因组计划旨在变革材料传统研发模式,从而缩短材料研发周期并降低其研发成本。主要从航空材料领域对材料基因组技术需求的角度,对材料基因组技术的具体内涵进行阐述与讨论。提出发展材料基因组技术需要建设的主要内容包括高通量计算、高通量实验、以及材料信息学与数据库平台。在发展方向上,提出发展材料信息学与数据库、集成计算材料设计、材料虚拟工艺、材料虚拟服役四方面技术与能力。
The materials genome initiative（MGI） was launched to reform the traditional modes to develop novel materials,which were expected to shorten the development cycle with simultaneous decreasing of costs.In this paper,the connotations of MGI was discussed in detail,especially from the viewpoint of requirements to aero materials.The development of MGI requires techniques aimed to high throughput computation and experiment,together with large-scale data mining based on material database.To the direction of MGI technique,we emphasize the following four aspects：material information science and database technique,integrated computation,processing simulation of materials and computational simulation of service.
出处
《航空材料学报》
EI
CAS
CSCD
北大核心
2016年第3期71-78,共8页
Journal of Aeronautical Materials
关键词
材料基因组计划
高通量
计算材料
数据库
数据挖掘
materials genomic initiative
high throughput
computational materials
database
data mining
