摘要
深度撞击探测器精确成功地撞击坦普尔-1号彗星,不仅具有很大的科学意义和价值,也显示了当前世界的空间拦截水平。本文旨在通过研究“深度撞击”任务的技术性能论述空间拦截技术的发展方向-动能直接拦截技术。
Space interception is a crucial research area in current military space attack and defense technology. The U. S. deep impact explorer has successfully and accurately impacted comet temple-1. It not only has great scientific implications and values, but also indicates the current space interception level in the world. Through the performance research of the deep impact mission, the development direction of space interception technology, direct kinetic-energy impact technology is discussed in this paper.
出处
《航天控制》
CSCD
北大核心
2006年第1期92-96,共5页
Aerospace Control
关键词
深度撞击
坦普尔-1
空间拦截
末制导
Deep impact Temple-1 Space interception Terminal guidance
