Semiconductor Laser-Based Ranging Instrument for Earth Gravity Measurements

J. Abshire, P. Millar, Xiaoli Sun
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Abstract

A laser ranging instrument is being developed to measure the spatial variations in the Earth's gravity field. It will range in space to a cube corner on a passive co-orbiting sub-satellite with a velocity accuracy of 20 to 50 um/sec by using AlGaAs lasers intensity modulated at 2 GHz.
基于半导体激光的地球重力测量测距仪
正在研制一种激光测距仪来测量地球重力场的空间变化。它将在一个无源共轨卫星上的一个立方体角上运行,速度精度为20至50 μ m/秒,使用强度为2 GHz的AlGaAs激光调制。
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