用绝对冷原子传感器进行海洋和航空重力测量

A. Bonnin, Y. Bidel, J. Bernard, C. Blanchard, M. Cadoret, N. Zahzam, Sylvain Schwartz, A. Bresson
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引用次数: 2

摘要

从船舶或飞机等移动车辆进行重力场测绘,可以覆盖较大的区域,空间分辨率通常为1至10公里。在本文中,我们提出了一个绝对冷原子重力仪,能够在这种动态环境中进行高性能的测量。所证明的稳定性和重复性在海上战役中通常仅达到0.1 ×10−5 m.s−2[1],在空中调查中仅达到1 ×10−5 m.s−2[2]。这种原子传感器固有的非常高的稳定性允许放松与漂移或校准过程有关的许多操作限制,并在长时间尺度上获得可重复和协调的重力图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Marine and Airborne Gravimetry with an Absolute Cold Atom Sensor
Gravity field mapping from moving vehicles as ship or aircraft allows to cover large regional areas with a spatial resolution ranging from typically 1 to 10 km. In this paper, we present an absolute cold atom gravimeter capable of performing high performance measurements in such dynamical environments. The demonstrated stability and repeatability reached typically few 0.1 × 10−5 m.s−2 in a marine campaign [1] and few 1 ×10−5 m.s−2 in an airborne survey [2]. The intrinsic very high stability of this atom sensor allows to relax many operational constraints linked to drifts or calibration processes and to obtain repeatable and harmonized gravity maps on long time scales.
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