The main objectives are to calculate the magnetic field provided by the square Helmholtz coils at any point in space and to show that it is uniform. Simulation ...
A study and design of spherical and improved radiofrequency Helmholtz coil which produces a high B1 magnetic field homogeneity and is shown to have an ...
In this work, a square Helmholtz coil is designed and tested. The main objectives are to calculate the magnetic field provided by the square Helmholtz coils at ...
TL;DR: In this article, an improved version of the original Helmholtz coil was designed by replacing it with three coils with the same radius connected in ...
This research work aims to, design, model, implement and optimize a square RF coils that can produce a relatively high electromagnetic field B1 homogeneity to ...
This paper focuses on Helmholtz-type coils that can produce a second-order homogeneity field to be used for Magnetic Resonance Imaging (MRI) applications. A ...
In this work, we present the design and test of two prototype probes with high B1 field homogeneity for MRI, comprising four coaxial rings of wire in a ...
The design and testing of a Helmholtz prototype probe with a relatively homogeneous radiofrequency field that can be used for MRI are presented and a ...
The proposed ellipsoidal Helmholtz coil provides better performance in terms of field homogeneity, efficiency, and quality factor. The width of the lobe at 10% ...
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The presented work is a study and design of spherical and improved radiofrequency Helmholtz coil which produces a high B1 magnetic field homogeneity. This coil ...