03/06/2025, 06:56 PM UTC
学生在高空研究火箭上开展磁流体实验——提升未来航天技术Students Conduct Ferrofluid Experiment on High-altitude Research Rocket - Improving Future Space Technologies
<p>斯图加特大学的学生将在REXUS研究火箭上开展磁流体实验。他们的目标是研究磁流体技术在微重力以及极端力量和温度下的表现。这些技术有望改善航天器的维护和可持续性。</p><p>FINIX实验测试了基于磁流体的泵和开关系统。学生们旨在通过优化的磁场几何形状和制造工艺，证明这些技术能够承受太空环境。</p><p>火箭预计将在2025年3月10日至15日之间从瑞典的欧洲航天中心发射，在约90公里的高度进行为期三分钟的零重力测试。</p><p>Students from the University of Stuttgart are launching a Ferrofluid experiment on the REXUS research rocket. The goal is to investigate how Ferrofluid-based technologies behave in microgravity and under extreme forces and temperatures. The technology could improve maintenance and sustainability of space vehicles.</p><p>The FINIX experiment tests a Ferrofluid-based pump and switch system. The students aim to demonstrate that these technologies can withstand space conditions through optimized magnetic field geometries and manufacturing processes.</p><p>The rocket is set to launch from the European Space Center in Sweden between March 10th and 15th, 2025, reaching an altitude of approximately 90 kilometers for a brief three-minute test period in zero gravity.</p>
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