Magnetic and thermodynamic properties of monolayer graphdiyne-like

Magnetic and thermodynamic properties of a monolayer graphdiyne-like described by Ising model were examined by effective-field theory with correlations. Within a range of typical parameters, compensation behavior on the magnetization and two peaks on the susceptibility and specific heat curves have been found with the ferrimagnetic exchange couplings. The effects of the anisotropies on the monolayer graphdiyne-like have been discussed and the phase diagrams have been obtained.

Automated summary

The magnetic and thermodynamic properties of a monolayer graphdiyne-like system described by an Ising model were investigated using effective-field theory with correlations. Compensatory behavior in magnetization, as well as two peaks in susceptibility and specific heat curves, were observed within typical parameter ranges with ferrimagnetic exchange couplings. The effects of anisotropies were discussed and phase diagrams were obtained for the monolayer graphdiyne-like system.