小型航天器用高效霍尔式离子发动机的研究与开发

T. Ikeda, N. Sugimoto, K. Togawa, Y. Mito, H. Tahara
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引用次数: 1

摘要

预计将开发用于100W以下纳米、小、低功率卫星的霍尔推进器。在降低霍尔推力器功率方面,圆柱型霍尔推力器比传统的同轴型霍尔推力器更有优势。本文设计了一种极低功率圆柱霍尔推进器,并对其性能进行了测试。因此,即使在10W下也能实现稳定的运行。66W时,比冲为1570sec,推力效率为18.1%。与spt型霍尔推力器相比,放电电流振荡较小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research and development of high-efficiency hall-type ion engines for small spacecrafts
Development of Hall thrusters for nano, small and low-power satellites below 100W is expected. In lowering Hall thruster power, the cylindrical-type Hall thruster is more advantage than conventional coaxial-type Hall thrusters. In this study, a very low power cylindrical Hall thruster was designed, and the thruster performance was measured. As a result, a stable operation was achieved even with 10W. The specific impulse and the thrust efficiency are 1570sec and 18.1%, respectively, with 66W. Also, the discharge current oscillation was lower compared SPT-type Hall thruster.
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