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Rapid Development of Gossamer Propulsion for NASA Inner Solar System Science Missions

机译:美国国家航空航天局内部太阳系科学任务的游丝推进器的快速发展

摘要

Over a two and one-half year period dating from 2003 through 2005, NASA s In-Space Propulsion Program matured solar sail technology from laboratory components to full systems, demonstrated in as relevant a space environment as could feasibly be simulated on the ground. This paper describes the challenges identified; as well as the approaches taken toward solving a broad set of issues spanning material science, manufacturing technology, and interplanetary trajectory optimization. Revolutionary advances in system structural predictive analysis and characterization testing occurred. Also addressed are the remaining technology challenges that might be resolved with further ground technology research, geared toward reducing technical risks associated with future space validation and science missions.
机译:从2003年到2005年的两年半中,NASA的太空推进计划使太阳能帆技术从实验室组件发展成为完整系统,并在相关的太空环境中进行了演示,可以在地面上进行模拟。本文描述了已发现的挑战;以及解决诸如材料科学,制造技术和行星际轨迹优化等一系列广泛问题的方法。系统结构预测分析和特性测试发生了革命性的进步。还解决了剩余的技术挑战,可以通过进一步的地面技术研究来解决这些挑战,以减少与未来太空验证和科学飞行有关的技术风险。

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