Magnetic-shielding technologies play a crucial role in the field of ultra-sensitive physical
measurement, medical imaging, quantum sensing, etc. With the increasing demand for the …

The coupling between the coil and the cylindrical magnetic shield (CMS) in atomic sensors
not only results in the inconsistency of the coil constant with the theory but also deteriorates …

Magnetic compensation coils are often used to improve the effectiveness of a magnetically
shielded room (MSR), but a distortion of the field is caused by the shielding layer consisting …

A novel method to design highly uniform axial coils inside a closed magnetically shielded
cylinder (MSC) is presented. The proposed method has two major advantages over existing …

The MINI-magnetically shielded room (MINI-MSR) offers a near-zero magnetic environment
for the high performance of optically pumped atomic magnetometers (OPMs) in …

Magnetic field interference poses a major challenge to the proper functioning of electronic
equipment, electronic instruments and ultra-sensitive sensors, so magnetic field shield is a …

This article presents a design method of cylindrical uniform field coil based on quasi-elliptic
function fitting (EFF) method with multiple optimizations. The EFF method is a type of …

The combination of high-permeability ferrite and coils is often used to nullify ambient
magnetic fields and is widely used in applications such as magnetic resonance imaging and …

With the deepening research in atomic sensors, extremely weak magnetic detection has
shown great advantages in the biomedical field. To achieve high detection sensitivity, the …

The active magnetic compensation coil is of great significance for extensive applications,
such as fundamental physics, aerospace engineering, national defense industry, and …