The measurement precision of proton magnetometers (PM) depends on the measurement
accuracy of low signal-to-noise ratio (SNR) Larmor frequency which output from sensors. In …

To increase proton magnetometer (PM) absolute precision, a compensation method is
presented to compensate the nonlinear part of the free induction decay (FID) signal. The …

Compared with crewed aircraft, the optically pumped sensor on the aeromagnetic UAV is
closer to the electromagnetic interference sources, significantly affecting the frequency …

The free induction decay (FID) transversal data determines the measurement accuracy of
time-dependent geomagnetic fields, whereas the conservation of clean components and …

A towed Overhauser marine geomagnetic magnetometer used for weak magnetic anomaly
detection in severe ocean conditions is studied to investigate means to reduce the negative …

For proton precession magnetometers, the influence of free induction decay (FID) signal
noise on the frequency measurement procedure is a significant impediment to improving the …

In long-term observations, the attitude drift of a coil vector magnetometer caused by
mechanical deformation will directly affect the accuracy of magnetic direction …

In order to extend the frequency measurement bandwidth of Fabry-Perot (FP) sensors, solve
the frequency aliasing, and improve the real-time demodulation system, a multichannel …

The proton precession magnetometer (PPM) is always employed for geomagnetic
observation, magnetic anomaly detection, etc., while the tuning performance of the PPM …

The information on the high-precision and multidirectional magnetic gradient is highly
relevant to detecting and locating shallow subsurface unexploded ordnance (UXO). In this …