热管相变技术在空间环境热控制中的适应性与挑战

Adaptability and Challenge of Heat-tube Phase Change Technology in Thermal Control uf Space Environment

摘要

论文探讨了热管相变技术在空间环境热控制中的适应性与挑战。热管相变技术作为一种高效热控方法，广泛应用于航空航天、电子、能源等行业，尤其在极端环境中的应用显得尤为重要。通过对比宇航级和工业级热管的性能参数，分析其在空间环境中的热控优势与面临的技术难题。论文还结合博熵科技的技术创新与应用实例，探讨了如何克服这些挑战，实现高效、可靠的热控制。通过本研究，为未来空间环境热控制技术的发展提供参考。

Abstract

This paper discusses the adaptability and challenge of heat pipe phase change technology in the thermal control of space environment. As an efficient thermal control method, heat pipe phase change technology is widely used in aerospace, electronics, energy and other industries, especially in the extreme environment. By comparing the performance parameters of aerospace and industrial heat pipes, the advantages and technical problems in space environment are analyzed. This paper also discusses how to overcome these challenges and achieve efficient and reliable thermal control. Through this study, it provides a reference for the future development of thermal control technology in the space environment.

关键词

热管相变技术 / 空间环境 / 热控制 / 技术挑战 / 性能对比

Key words

heat pipe phase change technology / space environment / thermal control / technical challenges / performance comparison

参考文献

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