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Drop Tower Microgravity Improvement Towards the Nano-g Level for the MICROSCOPE Payload Tests

机译:MICROSCOPE有效载荷测试将落塔微重力提高到了纳克级

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摘要

The Bremen drop tower at the Center of Applied Space Technology and Microgravity (ZARM) provides high quality micro-g condition needed for many high precision tests. This is even more improved by the development of a free flyer technology. This new technology is used for a free fall test of the MICROSCOPE differential accelerometers which only can work with a residual acceleration disturbance level below 25 nano-g in the high resolution mode. The French MICROSCOPE space mission for testing the Weak Equivalence Principle is scheduled for 2012/2013. The free fall accelerometer test campaign at ZARM is an important part of the pre-mission test program. In this article the new free flyer technology, its perfor-mance as well as the accelerometer tests are described.
机译:应用空间技术与微重力中心(ZARM)的不来梅吊塔提供了许多高精度测试所需的高质量微克条件。通过开发免费传单技术,这一点得到了进一步的改善。这项新技术用于MICROSCOPE差分加速度计的自由落体测试,该高分辨率加速度计只能在低于25纳克的残余加速度干扰水平下工作。法国MICROSCOPE太空任务定于2012/2013年进行测试。 ZARM的自由落体加速度计测试活动是任务前测试计划的重要组成部分。本文介绍了新的免费传单技术,其性能以及加速度计测试。

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