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自第一颗人造地球卫星上天以来的半个世纪里,人类在征服宇宙方面取得了辉煌而伟大的成就。随着航天工程及其控制技术的发展而产生的一门新兴学科就是航天动力学,它是力学学科三大分支在航天工程领域的应用和发展,包括航天器动力学、火箭动力学和宇宙飞行动力学。尤其是航天器动力学,几乎涵盖了现代力学各个分支领域,并与控制技术、飞行器设计技术、计算机技术、仿真技术和试验技术等多个学科密切交叉,不但理论难度很大,而且工程实践性极强。
For half a century since the first man-made Earth satellite was in heaven, mankind has made brilliant and great achievements in conquering the universe. With the development of aerospace engineering and its control technology, a new emerging discipline is aerospace dynamics, which is the application and development of the three branches of mechanics in space engineering, including spacecraft dynamics, rocket dynamics and space flight dynamics. In particular, spacecraft dynamics cover almost every branch of modern mechanics and closely intersect with many disciplines such as control technology, aircraft design technology, computer technology, simulation technology and experimental technology. It is not only difficult in theory but also practical in engineering Very strong.