Diluted and random-bond Ising model: Application to the Fe-Mn-Al alloys

A Random Bond Ising Model Applied to the Magnetic Properties of FexMn0.6—xAl0.4 Disordered Alloys

“…(18) and (19). The a and g competitive parameters are depending on the Mn content in the same way as it was reported by Rosales Rivera et al [4]. The exchange parameter between Fe atoms is very similar to the exchange parameter obtained for Fe±Al disordered alloys [12].…”

“…The obtained magnetic phase diagram at room temperature (RT) of Ref. Reference [4] also postulated the spin-glass and reentrant spin-glass phases for the Fe±Mn±Al system. Reference [4] also postulated the spin-glass and reentrant spin-glass phases for the Fe±Mn±Al system.…”

“…Rosales Rivera et al [4] applied the MFRG technique to obtain the magnetic phase diagram for a diluted and random-bond Ising model. [4] was compared with an experimental one obtained by Pe  rez Alca  zar et al [5] for the Fe±Mn±Al disordered system, and good agreement was reported. [4] was compared with an experimental one obtained by Pe  rez Alca  zar et al [5] for the Fe±Mn±Al disordered system, and good agreement was reported.…”

A theoretical study of the thermodynamic properties of diluted and random‐bond ising systems

“…The corresponding phase diagrams were obtained with the aid of (2) and the mean-field renormalization-group (MFRG) technique proposed by lndekeu et al [lo]. By using Ferreira's model and (2), this author obtained H values very similar to those reported by Rosales Rivery et al [8] for the Fe-Mn-A1 system.…”

Structural and magnetic properties of Fe0.45Mn0.25Al0.30 alloys prepared by mechanical alloying

“…In contrast to binary systems, only a few studies of the ternary Fe-Mn-Al system by mechanical alloying process have been reported [3][4][5][6][7]. Interest in this system comes from the fact that it has equivalent or, in some cases, better mechanical properties than stainless steels [8][9][10][11][12]; good oxidation/corrosion resistance that is lower than that of stainless steels but better than those of Fe and weathering steels [13][14][15][16][17][18][19]; and from a theoretical and experimental point of view because they show diverse magnetic phases [20][21][22][23][24][25] for alloys prepared by different methods, especially by melting according to the Chakrabarti procedure [26]. Reference [3] relates to samples with low Al content, 5 at%.…”