This article presents a hybrid optimal design of biplanar coils, which produce uniform fields
and field gradients. It treats the coil design issue as a nonlinear programming problem, and …

In this paper, three dimensional spherical magnetic field coils are proposed and optimized
for atomic sensors that require highly uniform magnetic field coils within a limited volume …

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 …

High-performance gradient coils are always needed in magnetic resonance imaging (MRI)
systems. However, conventional target-field methods for coil design have drawbacks such …

An improved target field method is proposed for the cylindrical coil design to meet the
constraint of limited coil volume. It realizes the design of uniform magnetic field coil by …

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 …

An extremely-high field nuclear magnetic resonance (NMR) spectrometer has the potential
to significantly augment the resolution and sensitivity of the atomic resonance spectrum …

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

Introduction: Transcranial magnetic stimulation (TMS) is a popular method for the
noninvasive stimulation of neurons in the brain. It has become a standard instrument in …

Gradient coils are essential for the performance of magnetic resonance imaging systems.
Usually, coils are designed assuming thin wire tracks. Here, we design an MR gradient coil …