极低频传播映射器(VPM)立方体卫星任务的首次观测和结果

R. Marshall, R. Reid, M. Usanova, M. Starks, G. Wilson
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引用次数: 0

摘要

极低频传播成像仪(VPM)立方体卫星设计用于从近地轨道观测甚低频波。特别是,VPM使用单轴电场天线和单个磁搜索线圈来测量300 Hz至40 kHz的VLF波。在任务目标中,VPM被设计用于探测和测量中地球轨道演示与科学实验(DSX)任务发射的人造VLF信号。VPM立方体卫星于2020年2月发射并投入使用;在与宇宙飞船失去联系之前,它成功地收集了六个月的电场数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
First observations and results from the Very-Low-Frequency Propagation Mapper (VPM) CubeSat mission
The Very-Low-Frequency Propagation Mapper (VPM) CubeSat was designed to observe VLF waves from Low-Earth Orbit. In particular, VPM uses a single-axis electric field antenna and a single magnetic search coil to measure VLF waves from 300 Hz to 40 kHz. Among the mission objectives, VPM was designed to detect and measure artificial VLF signals transmitted from the Demonstration and Science Experiments (DSX) mission in Medium-Earth Orbit. The VPM CubeSat was launched and commissioned in February 2020; it successfully collected electric field data for six months before communication with the spacecraft was lost.
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