首页> 外文会议>Biennial ASCE Aerospace Division International Conference on Engineering, Construction, and Operations in Challenging Environments >INDUSTRIAL PROCESSES IN SPACE MANUFACTURING FOR CONVERTING ASTEROIDAL MATERIALS INTO USEFUL CONSTRUCTION ELEMENTS
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INDUSTRIAL PROCESSES IN SPACE MANUFACTURING FOR CONVERTING ASTEROIDAL MATERIALS INTO USEFUL CONSTRUCTION ELEMENTS

机译:用于将小行星转换为有用的建筑元件的时空制造工业过程

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The establishment of long-term space habitats our outposts represent a new frontier for manufacturing. Benefits of space-based industrial process include zero- or micro-gravity, a high-quality vacuum, an infinite heat sink (and high temperature gradients) and a limitless supply of high-energy particles. Previous experiments in US and Russian missions involved in easy-manufacturing experiments, as the future can be opened for further industrial exploration relying on the availability of resources and location of markets. This paper discusses industrial processes in space manufacturing and necessary technologies to develop a space-based manufacturing business reviewing the design process of Japanese asteroid sample return mission (MUSES-C) and possible future space-oriented markets connected with Near-Earth Object retrieval concepts.
机译:建立长期空间栖息地我们的前哨代表了一个新的制造前沿。基于空间的工业过程的益处包括零或微重,高质量真空,无限散热器(和高温梯度)和无限值的高能粒子供应。在美国和俄罗斯特派团参与易制造实验的先前实验,因为未来可以为进一步的工业探索开放,依赖于资源和市场地点的可用性。本文讨论了太空制造业和必要技术的工业流程,开发了一种基于空间的制造业务,审查日本小行星样本返回任务(Muses-C)的设计过程以及与近地对象检索概念相关的未来空间导向的市场。

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