Hysteresis behaviors in a cylindrical Ising nanowire

Hexagonal type Ising nanowire with mixed spins: Some dynamic behaviors

“…In this purpose, we also studied the temperature variation of the total magnetization for various values of physical parameters of the system to obtain the compensation temperature and determine compensation types by using Eqs. (21) and (22). Fig.…”

“…In the experimental area, the magnetic nanowires have been synthesized and their magnetic properties have been investigated, such as Fe-Co [10], Co-Pt [11], Ni [12], Ga 1 À x Cu x N [13], Fe [14], Fe 3 O 4 [15], Co [16], Fe-Pt [17], Ni-Fe [18], Co-Cu [19] etc. In theoretical area, the magnetic nanowires have been investigated within the various theoretical methods, such as effective-field theory (EFT) with correlations [20][21][22][23][24], Monte Carlo Simulations (MC S ) [25].…”

Effects of the randomly distributed magnetic field on the phase diagrams of Ising nanowire I: Discrete distributions

“…The phase diagrams and magnetizations of the transverse Ising nanowire are treated within MFA and EFT [27,28], the effect of the surface dilution on the magnetic properties of the cylindrical Ising nanowire and nanotube has been studied [29,30], the magnetic properties of nanotubes with different diameters, using armchair or zigzag edges has been investigated with MC [31], initial susceptibility of the Ising nanotube and nanowire within the EFT with correlations [32,33] and the compensation temperature which appears for a negative core-shell coupling have been investigated by EFT for nanowire and nanotube [34]. There have been also works dealing with hysteresis characteristics of the cylindrical Ising nanowire [35,36]. Beside these, higher spin nanowire or nanotube have been investigated, e.g.…”

Effects of the randomly distributed magnetic field on the phase diagrams of the Ising Nanowire II: Continuous distributions

“…The phase diagrams and magnetizations of the transverse Ising nanowire has been treated within MFA and EFT [27,28], the effect of the surface dilution on the magnetic properties of the cylindrical Ising nanowire and nanotube has been studied [29,30], the magnetic properties of nanotubes of different diameters, using armchair or zigzag edges has been investigated with MC [31], initial susceptibility of the Ising nanotube and nanowire have been calculated within the EFT with correlations [32,33] and the compensation temperature which appears for negative core-shell coupling has been investigated by EFT for nanowire and nanotube [34]. There are also some works dealing with hysteresis characteristics of the cylindrical Ising nanowire [35,36]. Beside these, higher spin nanowire or nanotube systems have also been investigated, such as spin-1 nanotube [37], mixed spin-3/2,1 core shell structured nanoparticle [38], mixed spin-1/2,1 nanotube [39] systems.…”