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ESTCUBE-1 NANOSATELLITE FOR ELECTRIC SOLAR WIND SAIL DEMONSTRATION IN LOW EARTH ORBIT

机译:Estcube-1纳米卫星用于电太阳能风帆示范在低地轨道上

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This paper presents ESTCube-1 nanosatellite, mission status and ground segment. ESTCube-1 is a single unit CubeSat that was launched into 670 km altitude sun-synchronous polar orbit in May 2013. Almost all of the nanosatellite subsystems have been developed by students in Estonia. ESTCube-1 takes the first step in realising electric solar wind sail (E-sail) technology by demonstrating centrifugal deployment of a 10 m long near final type tether and by measuring the'magnitude of the resulting micronewton scale E-sail force. For deployment of the tether the satellite is spun up to 1 revolution per second with the spin-axis parallel to Earth's rotation axis. After deployment the electron gun is turned on and off synchronously with the satellite spin. The primary scientific mission is to measure the changes in the satellite spin with gyroscopes resulting from Coulomb drag interaction with the moving ionospheric plasma. In addition to the satellite, a ground station for communication has been built and a new mission control software based on Hummingbird software platform is being developed.
机译:本文介绍了estcube-1纳米卫星,任务状态和地面段。 Estcube-1是一个单位立方体,它于2013年5月推出到670公里的海拔太阳同步极性轨道。几乎所有纳米卫星子系统都是由爱沙尼亚的学生开发的。 Estcube-1通过在最终类型系绳附近的离心部署和通过测量所产生的微酮尺寸的E-Sail力的“磁化”,通过展示10米长的离心部署来实现电太阳风帆(E-SUIL)技术的第一步。为了展开系绳,卫星每秒高达1旋转,旋转轴平行于地球的旋转轴。部署后,电子枪与卫星旋转同步打开和断开。主要科学任务是测量卫星旋转的变化与由库仑拖曳相互作用与移动电离层等离子体产生的陀螺仪的变化。除了卫星之外,还建立了一个用于通信的地面站,正在开发基于蜂鸟软件平台的新的任务控制软件。

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