Integration of the SERF Magnetometer and the Mz Magnetometer Using Micro-Fabricated Alkali Vapor Cell
Jin Zhang, Jintang Shang, Guoliang Li, Lin Lu, Zhihua Pan, Yu Ji, Ching‐Ping Wong
Abstract
Jin Zhang, Jintang Shang, Guoliang Li, Lin Lu, Zhihua Pan, Yu Ji, Ching‐Ping Wong
Abstract
With the continuous improvement of weak magnetic detection technology, there has been a growing trend towards more compact and integrated magnetometer. The SERF magnetometer and the Mz magnetometer have many common features in operation. Therefore, we design a new kind of miniaturized atomic sensors to integrate the SERF magnetometer and the Mz magnetometer based on micro-fabricated alkali vapor cell. The sensor structure consists of alkali vapor cell, three-axis magnetic field coils, heating module and optical module. This small size sensor has the potential to achieve a portable multi-function device.
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With the continuous improvement of weak magnetic detection technology, there has been a growing trend towards more compact and integrated magnetometer. The SERF magnetometer and the Mz magnetometer have many common features in operation. Therefore, we design a new kind of miniaturized atomic sensors to integrate the SERF magnetometer and the Mz magnetometer based on micro-fabricated alkali vapor cell. The sensor structure consists of alkali vapor cell, three-axis magnetic field coils, heating module and optical module. This small size sensor has the potential to achieve a portable multi-function device.
Key concepts: Magnetometer, Alkali metal, Magnetic noise, Magnetic field, Materials science, Optoelectronics, Nuclear magnetic resonance, Physics