Effects of high uniform magnetic fields on diffusion behavior at the Cu/Al solid/liquid interface

Migration and rotation of TiAl3 particles in an Al-melt solidified under high magnetic field conditions

“…The effect of static magnetic fields on diffusion and preparation of gradient composite materials has been studied by Wang et al [6,7]. Crystallographic features of crystal growth under magnetic fields have also been studied [8,9].…”

Effects of high magnetic fields on solidified structures of Mn-90.4 wt% Sb hypoeutectic alloy

“…It is widely recognized that a high magnetic field can exert three effects on a system, that is, Lorentz force, magnetic force and magnetization. On the basis of these three effects, investigations on non-or unidirectional solidification under high magnetic fields have shown that high magnetic fields can induce aligned microstructures [6][7][8]; change the equilibrium partition coefficient [9,10], phase transformation temperature [11,12] and the distribution of solute elements [13,14]; decrease the diffusion coefficient [15,16]; and induce thermoelectromagnetic convection [17,18].…”

Experimental study on modulated structure in Alnico alloys under high magnetic field and comparison with phase-field simulation

“…When the alloy was treated without external magnetic field, the modulated structure is mainly affected by the elastic energy of the alloy, and the modulated structure arranges along the 〈001〉 crystal directions. High magnetic field is a very important factor that affects the microstructure and physical properties of materials, a number of studies have been subjected to the effects of high magnetic field on phase transformation in many kinds of materials [10][11][12][13][14], and the results suggested that high magnetic field apparently affects the thermodynamics and kinetics of the phase transformation in materials. Therefore, high magnetic field can be applied to microstructural control, as well as properties optimization.…”