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A picotesla atomic magnetometer operating at normal temperature

机译:Picotesla原子磁力计在常温下运行

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摘要

The basic principle of atomic magnetometer is to measure the precession frequency of polarized atomic spins in a magnetic field. The paper describes the optical pump, probe process and spin relaxation mechanisms. The magnetometer based on Cs atom is demonstrated in the experiment. At normal temperature 30°C the magnetometer achieves 8nT magnetic resonance widths and magnetic field sensitivity of 4.8pT/Hz1/2. It is more convenient for miniature structure design due to operate in lower temperature.
机译:原子磁力计的基本原理是测量磁场中偏振原子旋转的预测频率。本文描述了光学泵,探头工艺和旋转松弛机构。基于CS原子的磁力计在实验中证明。在正常温度下,30°C磁力计可实现8NT磁共振宽度和4.8pt / Hz1 / 2的磁场灵敏度。由于在较低温度下运行,微型结构设计更方便。

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