MMaJIC,研究微重力下焊接和钎焊的实验室

S. Daly, Micah Hardyman, Jimmy Ragan, J. Toombs, T. Prater, R. Grugel
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引用次数: 3

摘要

设计并建造了E-1载荷微重力材料连接研究室(MMaJIC),用于在国际空间站上研究微重力环境下的焊接和钎焊现象。MMaJIC是一个独立的单元,采用微控制器运行预编程实验,监控安全传感器,并支持温度和视频记录。MMaJIC使用单独的实验托盘,可以很容易地修改为特定的调查。这些托盘包括一个温度/视频数据采集卡,可以很容易地更换并返回地球进行评估。简单的操作MMaJIC最大限度地减少宇航员的时间,同时确保最大的样品吞吐量。预计结果将为低重力环境下的焊接和钎焊提供大量信息,这些信息对NASA在长期太空任务中进行全面修复和/或制造操作非常重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MMaJIC, an Experimental Chamber for Investigating Soldering and Brazing in Microgravity
Abstract An E-1 payload, the Microgravity Materials Joining Investigative Chamber (MMaJIC), was designed and built for use aboard the International Space Station to investigate soldering and brazing phenomena in a microgravity environment. MMaJIC is a self-contained unit employing a microcontroller that runs a pre-programed experiment, monitors safety sensors, and supports temperature and video recording. MMaJIC uses individual experiment trays that can be easily modified for a specific investigation. The trays, which include a temperature/video data acquisition card, can be easily changed out and returned to Earth for evaluation. Simple operation of MMaJIC minimizes astronaut time while ensuring maximum sample throughput. It is expected that the results will shed considerable light on soldering and brazing in low-gravity environments, information that is important for NASA in conducting comprehensive repair and/or fabrication operations during long duration space missions.
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