Magnetic anomaly detection (MAD) is one of the most effective methods for engineering and
environmental geophysical exploration, and plays an important role in scientific research …

The magnetic anomaly signal tends to be contaminated by ambient environmental noise
due to the complexity and diversity in the field of magnetic anomaly detection (MAD). The …

The effective imaging of metal workpieces is of great significance in the field of
nondestructive testing. However, most commonly used detection methods, including …

Imaging of electronic device surface or sub-surface electromagnetic fields under operating
conditions is important for device design and diagnosis. In this study, we proposed a method …

The magnetic anomalies generated by the ferromagnetic targets are usually buried within
uncontrollable interference sources, such as the power frequency and random noises. In …

In the field of magnetic anomaly detection (MAD), the anomaly signal is easily submerged by
ambient electromagnetic interference. Though the existing noise suppression methods can …

The performance of magnetic anomaly detection (MAD) with the magnetic gradient tensor
(MGT) measurement system is severely limited by both the measurement errors and the …

Underwater magnetic surveying serves as the fundamental prerequisite for detecting
sensitive underwater targets and magnetically susceptible submerged objects. However …

In fiber-delivery laser surgery, both accurate actuation and sensation of flexible laser fiber is
essential to achieve high precise steering control of laser system in narrow intravital …

Currently, magnetic gradient tensor-based localization methods face challenges such as
significant errors in geomagnetic field estimation, susceptibility to local optima in …