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 …

Magnetic field gradients affect numerous modern sensitive measurements and physics
studies using atomic ensemble, resulting in the loss of coherence. In some cases, the …

The magnetic field gradient affects the improvement of sensitivity and magnetic field
suppression ability of the spin-exchange relaxation-free co-magnetometer. This paper …

To resolve the contradiction between the shielding performance and the magnetic noise in
the design of magnetically shielded cylinder (MSC), an MSC optimization design method …

In recent decades, magnetic shields have provided basic experimental environments for the
measurements of extremely weak magnetic fields represented by the biological magnetic …

To achieve the nearly zero-field environment, demagnetization is an indispensable step for
magnetic shields composed of high-permeability material, which adjusts the magnetization …

Fetal magnetocardiography (fMCG) has proven to be an important tool for the prenatal
monitoring of electrical cardiac activity; however, the high cost of superconducting quantum …

Fiber‐coupled atomic magnetometer (AM) based on a spin‐exchange relaxation‐free
(SERF) regime has been a promising candidate for cryogenic devices for traditional …

Ferrite materials are used as magnetic shielding to reduce ultralow magnetic field noise and
interference in ultrahigh precision magnetic measurement instruments, including atomic …

Generally, a permalloy sheet is applied as the major shielding material for weakening the
environmental magnetic field interference in a field of high-precision measurement. The …