Magnetic field shields are important for electronic equipment, ultrahigh-sensitivity sensors,
and electrical instruments. For ultrahigh-sensitivity atomic sensors, in particular, ferrite …

With the widespread use of magneto-sensitive elements, magnetic shields are an important
part of electronic equipment, ultra-sensitive atomic sensors, and in basic physics …

This study proposes a high-performance magnetic shielding structure composed of MnZn
ferrite and mu-metal film. The use of the mu-metal film with a high magnetic permeability …

Spin-exchange relaxation-free (SERF) co-magnetometer typically uses a low-noise
magnetic shield system, which is composed of outer-metal shields and inner low-noise …

A stable magnetic field environment is one of the key factors to realize the ultrasensitive
magnetic field detection. Ferrite materials, which possess both high electrical resistivity and …

Ferrites are promising nonmetallic materials used for the fabrication of low-noise magnetic
shields because they possess high permeability and high electrical resistivity. However …

Cylindrical ferrite shields consisting of multiple annuli can provide low-magnetic-noise
environments. However, the gaps between different parts of the shield adversely affect the …

In this paper we present an innovative approach to the automatic design of MEMS
gyroscopes, based on structural size optimization. A novel design environment, called …

The ferrite magnetic shield can provide a low-noise magnetic environment for various
ultrahigh-sensitivity measurements. The low-frequency complex permeability, which …

The nuclear magnetic resonance (NMR) sensor is the atomic sensor which has the
advantages of high accuracy, high sensitivity, small size, etc., and has broad application …