首页> 外文会议>International Conference Devoted to Micro-Nano-Technology (MNT) Development for Aerospace Applications >THE ESA NANOSATELLITE BEACONS FOR SPACE WEATHER MONITORING STUDY: An ideal mission opportunity for MEMS
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THE ESA NANOSATELLITE BEACONS FOR SPACE WEATHER MONITORING STUDY: An ideal mission opportunity for MEMS

机译:空间天气监测研究的ESA纳米卫星信标:MEMS的理想使命机会

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This paper presents preliminary results from this ESA-funded study, which started in November 2004 and is now under final review by ESA, due for public release later this year. The primary aim of the study has been to investigate how current and emerging concepts for nanosats may be used to monitor space weather conditions and provide improved access to data needed for space weather services. The study has reviewed present and future micro and nano-technology developments that could be used to implement space weather monitoring by nanosats. It has also has established a set of space weather measurement requirements appropriate to nanosats solutions and developed a set of instrument and spacecraft solutions to address those requirements. These were then subject to a detailed system and mission analysis to trade-off a range of potential mission and spacecraft architectures, and derive costs for programme development, operation and maintenance over a ten-year period. As a last step the study reviewed the results of the previous stages and developed a report on the prospects for a space weather nanosat programme and recommendations on the measures needed to enable implementation of such a programme. To support this step a small workshop was held at ESTEC following the MNT Round Table.
机译:本文提出了本次顾问资助的研究初步结果,该研究始于2004年11月,现在由ESA的最终审查,今年晚些时候由于公开发布。该研究的主要目的是研究纳米液体的当前和新兴概念可用于监测空间天气条件,并提供对空间天气服务所需的数据的改进访问。该研究审查了目前和未来的微型和纳米技术发展,可用于通过纳米液实施空间天气监测。它还建立了一套适合纳米液解决方案的空间天气测量要求,并开发了一套仪器和航天器解决方案,以解决这些要求。然后,这些是以详细的制度和特派团分析来折扣一系列潜在的使命和航天器架构,并在十年期间推出计划开发,运营和维护的成本。作为最后一步,该研究审查了之前阶段的结果,并制定了关于空间天气纳米计划计划的前景的报告和关于启用此类计划所需的措施的建议。为了支持这一步,在MNT圆桌会议后,将一个小型研讨会举行。

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