Abstract
We studied glass transition in a nonvibrating granular system composed of magnetic steel beads under an unsteady magnetic field. In this model system, particle concentration and effective temperature can be changed independently. We analyzed several particle concentration cases. As concentration increases, the system goes from a fragile to a strong glass-forming liquid behavior and the regularity factor increases showing that the system becomes more regular. As the effective potential shows deeper wells, the fragility index decreases, and the regularity factor increases.
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