摘要
采用电磁悬浮助推起飞技术的空天飞行器是未来航天器的理想设计方案,也是实现飞行器水平起降的重要途径。简要介绍了空天飞行器和电磁悬浮助推发射技术的发展现状,概述了电磁悬浮助推空天飞行器的工作原理和应用优势,分析了电磁悬浮助推空天飞行器的气动关键技术,可为未来低成本、可重复使用、水平起降空天飞行器的研制提供参考。
The aerospace vehicle with electromagnetic levitation assisted take-off technology is an ideal design scheme for future aerospace vehicles. It is also an important way for achieving horizontal take-off and landing of aerospace vehicles. This paper briefly introduces the development status of aerospace vehicles and electromagnetic levitation assisted launch technology, summarizes the working principle and application advantages of the electromagnetic levitation assisted aerospace vehicles, and analyzes the key aerodynamic technologies of the electromagnetic levitation assisted aerospace vehicles, which provides a reference for the future low-cost, reusable, horizontal take-off and landing aerospace vehicle.
作者
罗世彬
刘庆豪
黄佳
刘俊
王逗
LUO Shibin;LIU Qinghao;HUANG Jia;LIU Jun;WANG Dou(School of Aeronautics and Astronautics,Central South University,Changsha 410083,China)
出处
《飞行力学》
CSCD
北大核心
2020年第5期1-7,共7页
Flight Dynamics
关键词
电磁悬浮助推起飞技术
空天飞行器
水平起降
可重复使用
electromagnetic levitation assisted take-off technology
aerospace vehicle
horizontal take-off and landing
reusable
