Advanced Space Propulsion Technology (Submission Deadline: May 31, 2026)
先进空间推进技术
| Chair: |
Co-chair: |
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| Zhiwen Wu |
Yuntao Guo |
| Beijing Institute of Technology, China |
Beijing Institute of Technology, China |
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| Keywords: |
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- Space propulsion (空间推进)
- Electrical propulsion (电推进)
- Chemical propulsion (化学推进)
- Multi-mode propulsion (多模式推进)
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| Topics: |
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- Electric propulsion (电推进技术)
- Green chemical propulsion (绿色化学推进技术)
- Micropropulsion (微推进技术)
- Nuclear thermal and nuclear electric propulsion (核热/核电推进技术)
- Commercial space propulsion technology (商业航天推进技术)
- Deep space propulsion technology (深空探测推进技术)
- Other advanced space propulsion systems, as well as high-reliability, low-cost propulsion systems for commercial space applications (其他先进的空间推进系统，以及用于商业航天应用的高可靠性、低成本推进系统)
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| Summary: |
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- This session focuses on Advanced Space Propulsion Technologies, with an emphasis on frontier research and development in electric propulsion, green chemical propulsion, micropropulsion, nuclear thermal and nuclear electric propulsion, and other advanced space propulsion systems, as well as high-reliability, low-cost propulsion systems for commercial space applications. With the rapid growth of deep-space exploration, on-orbit servicing, space debris removal, and commercial space activities, advanced propulsion technologies have become critical to enhancing spacecraft maneuverability, extending mission lifetime, and reducing launch and operational costs. This session is intended for university faculty and students, researchers, technical professionals, representatives from commercial space enterprises, and policy makers. It aims to facilitate the exchange of the latest technological advances, engineering application experience, and industrialization needs, thereby promoting the development of technical roadmaps, collaborative mechanisms, and innovative solutions for future space missions and commercial applications.
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- 本分会场聚焦“先进空间推进技术”，探讨电推进、绿色化学推进、微推进、核热/核电推进、其他先进空间推进，以及应用于商业航天的高可靠、低成本空间推进系统等前沿方向。随着深空探测、在轨服务、空间碎片清除和商业航天快速发展，先进空间推进技术已成为提升航天器机动能力、延长任务寿命、降低发射与运营成本的关键。本专题面向高校师生、科研人员、专业技术人员、商业航天企业代表及政策制定者，旨在交流最新技术进展、工程应用经验与产业化需求，推动形成面向未来空间任务和商业应用的技术路线、合作机制与创新方案。
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