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航天器轨道机动的教学设计与思政实践

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轨道机动是航天器轨道动力学区别于传统天体力学的典型特征,也是人类开展太空活动和空间操作的底层支撑能力,在行星探测和空间碎片规避等工程实践中发挥着重要作用.在轨道动力学的教学中,轨道机动部分也扮演着重要的角色,是后续相对运动和深空轨道等教学内容的知识基础.本文系统梳理和总结了北京理工大学航天器轨道动力学课程中轨道机动教学的内容安排、方法设计和思政实践,并简要介绍了教学团队在人才培养和慕课建设方面的初步成效.
DESIGN OF TEACHING AND PRACTICE OF IDEOLOGICAL AND POLITICAL EDUCATION FOR SPACECRAFT ORBITAL MANEUVERS
Orbital maneuver is a typical feature that distinguishes spacecraft orbital dynamics from traditional celestial mechanics.It is also the core capability for human space activities and operations,and is crucial component of engineering practices such as planetary exploration and space debris collision avoidance.In the teaching of orbital dynamics,the orbital maneuver also plays an important role as the foundation for subsequent teaching content such as relative motion and deep-space trajectories.This paper systematically reviews and summarizes the content arrangement,method design,and ideological and political education of teaching of orbit maneuver in the spacecraft orbit dynamics course at Beijing Institute of Technology.It also briefly introduces the preliminary achievements of the teaching team in talent cultivation and MOOC production.

aerospacespacecraftorbital dynamicsorbital maneuverscurriculum-based ideological and political education

祁瑞、刘广彦

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北京理工大学宇航学院,北京 100081

航空航天 航天器 轨道动力学 轨道机动 课程思政

北京市高等教育学会2022年面上课题北京理工大学2023年聚能课程立项项目

MS2022044

2024

力学与实践
中国力学学会 中国科学院力学研究所

力学与实践

CSTPCD
影响因子:0.452
ISSN:1000-0879
年,卷(期):2024.46(4)
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