在原子干涉仪的研究中，精度分析是其一个重要组成部分。
This thesis focuses on the influences of the amplitude and phase of Raman pulses on the measurement precision of the atom interferometers.
综述了国内外原子干涉仪的研究状况，说明了基于拉曼激光的原子干涉仪的一些相关要求及其特性。
An overview of atom interferometer research status is summarized, and the characteristics of the atom interferometer based on Raman laser are shown in introduction.
本论文中描述了两种不同的原子干涉仪方案，分别在浙江大学光学研究所量子光学实验室和巴黎天文台SYRTE实验室实施。
Two schematics of atom interferometers are depicted in this thesis, implemented by Institute of Optics at Zhejiang University and SYRTE at Paris Observatory, respectively.
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