Using the Helmholtz coils system is one of the most suitable approaches which have been
introduced for generating uniform magnetic fields. In this paper, uniformity of the generated …

During the geomagnetic vector navigation, there are three attitude angles required for
coordinate transformation in the process of geomagnetic vector elements' calculation …

Massive windings must be used for strong magnetic field applications, which results in low
magnetic field uniformity. In this paper, a simple circular Helmholtz coil system is analyzed to …

This paper presents the detailed design, construction, and validation of a three-axis square
Helmholtz coil. It also describes the methodology used to drive each pair of coils as well as …

This paper deals with the design, realization, and testing of an earth magnetic field
simulator, which allows us to validate hardware-in-the-loop algorithms, as well as to test new …

For CubeSats requiring high pointing accuracy and slewing agility, ground-based hardware-
in-the-loop simulations are strongly demanded to test and validate spacecraft subsystems …

At present, most of the geomagnetic navigation methods are based on the single
geomagnetic scalar characteristics, and the iterative closest contour point (ICCP) algorithm …

In this paper, effects of the assembly misalignments and the manufacturing mismatches on
the magnetic field uniformity of a practical tri-axial Helmholtz coils system have been …

This paper presents a comparative study of the magnetic field homogeneity for circular,
square and equilateral triangular Helmholtz coils that includes a power consumption …

Electromagnetic interference is a serious and increasing form of environmental pollution,
creating many issues in the areas of health care and industrial manufacturing. The …