The principles of airborne gravimetry and airborne gravity gradiometry are introduced and discussed.
引入并讨论了航空重力测量和航空重力梯度测量的原理。
The network adjustment is one of key techniques for airborne gravimetry, it is also an important component in this paper.
航空重力测量测线网平差是航空重力测量的关键技术之一，这也是本文的主要内容。
The GPS velocity data and simulation velocity data of airborne vector gravimetry is processed to yield the smoothed acceleration by using the computing method above.
利用该计算方案对航空重力测量的GPS速度数据以及构造的模拟速度数据进行处理得到平滑后的加速度值。
The resolution of airborne vector gravimetry is analyzed according to the error spectrum and some conclusions useful for the flight are drawn.
根据误差的频谱特性，分析了航空矢量测量系统的分辨率，得出了一些对实测飞行有用的结论。
The resolution of airborne vector gravimetry is analyzed according to the error spectrum and some conclusions useful for the flight are drawn.
根据误差的频谱特性，分析了航空矢量测量系统的分辨率，得出了一些对实测飞行有用的结论。
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