Effective-field theory on the kinetic Ising model

Magnetization plateaus and phase diagrams of the Ising model on the Shastry–Sutherland lattice

“…In the phase diagram, the phase boundaries among the phases are second-order phase transition lines, except at high values of h/|J| and low values of T/|J| in which the boundary between the collinear and P phases is a first-order line. Similar results were found in works [39][40][41], except the ferromagnetic phase occurs instead of the collinear phase.…”

Dynamic phase transitions in the presence of quenched randomness

“…Last but not least, in Fig. 11(b) the maxima of the heat capacity (χ E L ) * are plotted versus ln [ln (L)] (main panel) and ln (L) (inset) and as in the Ising case are much better described by the double logarithmic fit (13).…”

Dynamic phase transitions in a ferromagnetic thin film system: A Monte Carlo simulation study

“…For the first time, this type of investigation regarding the dynamic phase transition properties of Ising model under the presence of a sinusoidally oscillating magnetic field have been performed by Tomé and Oliveira by benefiting from Molecular Field Theory (MFT) [1]. Since then, a great deal works concerning the non-equilibrium phase transitions as well as hysteresis behaviors of different types of magnetic systems have been investigated by a variety of techniques such as MFT [2,3,4,5,6,7], Effective Field Theory (EFT) [8,9,10,11,12,13,14], and Monte Carlo simulations (MC) [2,15,16,17,18,19,20,21,22]. For example, thermal and magnetic phase transition properties of the kinetic Ising model have been analyzed within the framework of MFT in [6], and it is found that frequency dispersion of the hysteresis loop area, the remanence and the coercivity have been categorized into three distinct types for varying system parameters.…”