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Dynamic compensation temperature in the mixed spin-1 and spin-2 Ising model in an oscillating field on alternate layers of a hexagonal lattice

“…We should also mention that experimental evidences for the DPT have been found in amorphous YBaCuO films [29], ultrathin Co films on a Cu(001) surface [30], ferroic systems (ferromagnets, ferroelectrics and ferroelastics) with pinned domain walls [31], cuprate superconductors [32], [Co/Pt] 3 magnetic multilayers [33], and polyethylene naphthalate (PEN) nanocomposites [34]. Finally, it is worthwhile mentioning that the compensation temperature has been observed experimentally in different systems [35,36].…”

Multicritical dynamical phase diagrams of the kinetic Blume–Emery–Griffiths model with repulsive biquadratic coupling in an oscillating field

“…For these purposes, first we have to study the stationary solutions of the set of dynamic equations, given in Eqs. (14)- (17) when the parameters T, d, k and h are varied. The stationary solutions of Eqs.…”

“…Eqs. (14)- (17) are solved by using the numerical Adams-Moulton predictor-corrector method for a given set of parameters and initial values and a few representative graphs presented in Fig. 1.…”

“…Experimental evidence for the DPT has been found in magnetic systems [16] and amorphous YBaCuO films [17]. Besides the scientific interests, the study of DPT can inspire new methods in materials manufacturing and processing, and interesting methods in nanotechnology, such as pattern formation [18], monomolecular organic films [19], beam-induced transformation and many others [20].…”

Nonequilibrium phase transition in the kinetic Ising model on a two-layer square lattice under the presence of an oscillating field

“…For these reasons, the DPT has attracted much attention in recent years, theoretically, in different systems, such as Ising systems [36], the anisotropic XY spin system [37], Bose-Einstein condensates with topological modes [38], and Bose-Hubbard model [39]. Experimental evidence for the DPT has been found in ultrathin Co films on a Cu (001) surface [40], amorphous YBaCuO films [41], ferroic systems (ferromagnets, ferroelectrics and ferroelastics) with pinned domain walls [42], cuprate superconductor [43], and polyethylene naphthalate (PEN) nanocomposites [44]. Besides the scientific interest, the study of DPT can inspire new methods in materials manufacturing and processing, and rather interesting methods in nanotechnology, such as pattern formation [45], monomolecular organic films [46], beam-induced transformation and many others [47].…”