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    量子干涉仪动态条件下惯性量及其噪声测量和补偿方案综述

    Review on Measurement and Compensation Schemes of Inertial Quantities Measurement and Inertial Noise Under Dynamic Conditions of Quantum Interferometers

    • 摘要: 随着原子干涉惯性传感器逐步走出实验室,由于其具有体积大、系统复杂的特点,在动态测量精度、量程、适用场景等方面受到了一定的挑战。近些年,有多个研究组针对上述问题提出了新的方案,包括新的干涉构型和惯性噪声模型。根据方案的不同效果和不同机制对这些研究分类进行介绍,并给出对量子干涉仪动态测量未来发展的分析与展望。

       

      Abstract: As atomic interferometric inertial sensors gradually move out of laboratories, they face certain challenges in ter\mathrmms of accuracy under dynamic environment, dynamic range, and applicable scenarios due to their volume and system complexcity. In recent years, multiple research tea\mathrmms have proposed new schemes to address the above issues, including new interferometric configurations and inertial noise models. This paper classifies and introduces these studies based on the different effects and mechanis\mathrmms of the schemes.

       

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