首页> 外文会议>56th International Astronautical Congress 2005 vol.1 >AUTOMATED PAYLOAD AND INSTRUMENTS FOR ASTROBIOLOGY RESEARCH DEVELOPED AND STUDIED BY GERMAN MEDIUM-SIZED SPACE INDUSTRY IN COOPERATION WITH EUROPEAN ACADEMIA
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AUTOMATED PAYLOAD AND INSTRUMENTS FOR ASTROBIOLOGY RESEARCH DEVELOPED AND STUDIED BY GERMAN MEDIUM-SIZED SPACE INDUSTRY IN COOPERATION WITH EUROPEAN ACADEMIA

机译:由德国中型航天工业与欧洲学术界合作开发和研究的用于天体生物学研究的自动有效载荷和仪器

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摘要

For more than a decade Kayser-Threde, a medium-sized enterprise of the German space industry, has been involved in astrobiology research in partnership with a variety of scientific institutes from all over Europe. Previous projects include exobiology research platforms in low Earth orbit on retrievable carriers and onboard the Space Station. More recently, exobiology payloads for in situ experimentation on Mars have been studied by Kayser-Threde under ESA contracts, specifically the ExoMars Pasteur Payload. These studies included work on a sample preparation and distribution systems for Martian rock/regolith samples, instrument concepts such as Raman spectroscopy and a Life Marker Chip, advanced microscope systems as well as robotic tools for astrobiology missions. The status of the funded technical studies and major results are presented. The reported industrial work was funded by ESA and the German Aerospace Center (DLR).
机译:十多年来,德国航天工业的中型企业Kayser-Threde与来自欧洲各地的多家科研机构合作,参与了天体生物学研究。先前的项目包括可回收运载工具和空间站上低地球轨道的生物外科学研究平台。最近,Kayser-Threde根据ESA合同研究了在火星上进行原位实验的生物外来有效载荷,特别是ExoMars Pasteur有效载荷。这些研究包括针对火星岩石/雷戈石样品的样品制备和分配系统,拉曼光谱仪和生命标记芯片等仪器概念,先进的显微镜系统以及用于天体生物学任务的机器人工具的工作。介绍了获得资助的技术研究的现状和主要成果。报告的工业工作由欧空局和德国航空航天中心(DLR)资助。

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