Microstructural features induced by a high magnetic field in a hypereutectoid steel during austenitic decomposition

Effects of a high magnetic field on the phase equilibria of Mn–Sb system during solidification process

“…Simulation results of previous studies [2][3][4] indicated that the eutectoid point of the Fe-C phase diagram shifts towards the high carbon and high temperature sides in the presence of a high magnetic field. Such shift has been evidenced by the increase in ferrite volume fraction [3,[5][6][7] and the lamellar spacing of pearlite [8] and the decrease in proeutectoid cementite volume fraction [8] observed during the cooling of steels in a high magnetic field. However, these investigations have been limited to the solid state transformation, thermodynamic and kinetic descriptions of the changes in phase equilibria during the solidification process of alloys in a high magnetic field have generally not been well developed.…”

Influence of magnetic field on ferrite transformation in a Fe–C–Mn alloy

“…In particular, the effects on diffusional transformations in ferrous alloys have attracted considerable attention for a few decades. These include bainitic [21], pearlite [22][23][24] and proeutectoid ferrite transformations [25][26][27][28][29][30][31] in steel.…”

Selection of Cementite Variants Precipitated under Magnetic Field in Ferrite Matrix of an Fe–C Alloy

“…It has been reported based on thermodynamic considerations that the application of a magnetic field significantly affects the phase diagrams of the binary Fe-C system 11,12) and Fe-Fe 3 C system. 13) In addition, the influence of the magnetic field on the morphologies of various phases such as proeutectoid ferrite, [14][15][16] pearlite 17,18) and proeutectoid cementite 19,20) has been investigated. However, the influence of the magnetic field on the formation of cementite is not yet well understood, although cementite is the most important carbide in Fe-C alloys.…”