Halbach Magnet Optimization

Description

This dataset contains the computational data, optimization results, simulation files, and supporting materials associated with the manuscript: Genetic Algorithm Optimization of Low Aspect Ratio Halbach Arrays with Explicit Control of Orthogonal Field Component The dataset includes the results of genetic algorithm (GA) based optimization of a Halbach array with low aspect ratio, considering two optimization approaches: one with constraints on the orthogonal magnetic field components and one without such constraints. The dataset also contains the magnetic field maps obtained for the optimized configurations and the corresponding simulations of the free induction decay (FID) signal, which were used to investigate the effect of orthogonal magnetic-field components on signal decay. In addition, the dataset includes the results of a parametric study examining the effects of key geometric parameters of the Halbach array configuration, including the aspect ratio, length, and gap, on the magnetic field homogeneity and the magnitude of the magnetic field components. The accompanying computational files and code are provided to support the reproducibility and further analysis of the results presented in the manuscript.

Institutions

• Shahid Beheshti University

  Tehran, Tehran

Categories

Licence