Didactic卫星在提高空间成熟度方面的影响:一篇综述论文

Pub Date : 2022-04-29 DOI:10.15407/knit2022.02.039
O. Ben Bahri
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引用次数: 0

摘要

空间技术在现代社会中越来越重要。它通过在日常生活中的许多应用,参与未来的建设和人类的福祉。这些因素导致了对太空探索领域的培训、研究和发展的需求。本文回顾了利用小型卫星获取空间部门基本知识的情况。这一知识的进一步发展导致了太空任务的创建,这反过来又确保了国际测量尺度定义的空间技术准备水平的进步。它能够估计技术成熟度。审查得出的结论是,使用低成本或说教式卫星有助于空间任务的开发和演示。我们认为,具有类似智能手机功能的嵌入式组件可以用来实现这一目标。讨论了两种类型的嵌入式组件,以证明它们在空间工程中的有效性。
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Impact of Didactic Satellite in Space Maturity Improvement: A Review Paper
Space technology is becoming increasingly important in modern society. It participates in the construction of the future and the welfare of humanity through many applications in daily life. These factors lead to the need for training, research, and development in this area of space exploration. This paper reviews the use of small satellites to acquire basic knowledge of the space sector. Further development of this knowledge leads to the creation of space missions, which, in turn, ensure the progress of the space technology readiness level (TRL), defined by the international measurement scale. It is able to estimate technological maturity. The review concludes that the use of low-cost or didactic satellites could contribute to space mission development and demonstration. We reckon that embedded components with functions similar to smartphones can be used to achieve this goal. Two types of embedded components are discussed to demonstrate their efficacy in space engineering.
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