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U.S. Air Force's SMC/XR Space Environmental NanoSat Experiment

机译:美国空军的SMC / XR太空环境NanoSat实验

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The Development Planning Directorate at the Air Force Space and Missile Systems Center (SMC/XR) is assessing the utility of NanoSatellites for performing operational space weather missions. The directorate is leading a demonstration called the Space Environmental NanoSatellite Experiment (SENSE) that will enhance the field of Space Environmental Monitoring (SEM) and contribute to the Utah State University Global Assimilation of Ionospheric Measurements (USU-GAIM). The SENSE architecture consists of two 3U CubeSats and supporting ground segment. The space vehicles carry a combined suite of three SEM payloads designed to characterize total electron content (TEC) and ionospheric scintillation, ion and neutral winds composition, and ionospheric UV nightglow. This paper summarizes the status of the SENSE program, providing an overview of SENSE bus and payload as well as the acquisitions timeline and strategy for the mission.
机译:空军太空与导弹系统中心(SMC / XR)的发展规划局正在评估NanoSatellites在执行太空气象任务中的实用性。该局正在领导一个名为“太空环境纳米卫星实验”(SENSE)的演示,该实验将扩大太空环境监测(SEM)的领域,并为犹他州立大学的全球电离层测量同化(USU-GAIM)做出贡献。 SENSE体系结构由两个3U CubeSat和支持的地面部分组成。航天器携带了一套由三个SEM有效载荷组成的组合套件,旨在表征总电子含量(TEC)和电离层闪烁,离子和中性风成分以及电离层UV夜光。本文总结了SENSE计划的状态,概述了SENSE总线和有效载荷以及任务的购置时间表和战略。

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