摘要
在调研国内外宇航元器件应用验证研究及工程实践的基础上,总结了我国宇航元器件应用验证的目标和特点,即以解决元器件宇航应用可用度评价并促进成熟应用为目标,具有多阶段、多领域、多目标、多任务和多参与方等特点。分析了应用验证的复杂性、层次性、整体性、环境适应性等复杂系统特性;在论证系统工程理论和方法指导宇航元器件应用验证研究适用性的基础上,建立了系统工程视角下的我国宇航元器件应用验证技术框架体系,凝练出一套集成的应用验证成果体系。应用验证工程实践表明,应用验证研究成果具备有效性和科学性,但仍需不断丰富和完善。
The targets and characteristics of the application validation for space components in China are summarized based on the investigation and research of huge amounts of data. The tar- gets are the estimation of the components~ maturation and their applicability,and the characteris- tics are those of multi-stage, multi-field, multi-purpose, multi-task and multilateral cooperation. The complexity, hierarchy, integrity and environment adaptability are analyzed, and under the guide of system engineering a space components ~ application validation technology system is set up, and an integration system of application validation achievements is obtained. The practical en- gineering application achievements prove that this study could be operative and scientific, and also needes to be developed and improved in the future.
出处
《航天器工程》
2012年第3期124-129,共6页
Spacecraft Engineering
基金
国家核心电子器件
高端通用芯片及基础软件产品重大专项(2009ZX01025-001-601A)
关键词
航天
系统工程
宇航元器件
应用验证
技术体系
space
system engineering
space component
application validation
technologysystem
