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Behavior of Signal from Optical Circuit of Quantum Rotation Sensor Based on Nuclear Magnetic Resonance

机译：基于核磁共振的量子旋转传感器光路信号行为

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摘要

The paper considers a common operation principle of a quantum rotation sensor based on nuclear magnetic resonance, giving a semi-classical description of processes in the sensor circuit, that is useful for obtaining the analytical representation of a signal at the optical circuit output. The principles of numerical calculation are briefly presented for an optical signal of the rotation sensor based on a one-dimensional quantum model. Comparison of calculations according to classical model and more stringent quantum model has shown that the sensor signal has a more complicated structure than that following from the classical description which shows only some properties of dynamic processes in the circuit. The results are important for the development of methods for demodulating the quantum rotation sensor optical signal and for estimation of expected characteristics of practical devices.
机译：本文考虑了基于核磁共振的量子旋转传感器的通用工作原理，给出了传感器电路中过程的半经典描述，这对于获得光电路输出处信号的解析表示很有用。简要介绍了基于一维量子模型的旋转传感器光信号的数值计算原理。根据经典模型和更严格的量子模型进行的计算比较表明，传感器信号的结构要比经典描述中的复杂，后者仅显示电路中动态过程的某些特性。这些结果对于开发用于解调量子旋转传感器光信号的方法以及估计实际设备的预期特性非常重要。

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