Probing the magnetic features of kesterite nanolattice using computational simulations
摘要
The current study uses Monte Carlo simulations to elucidate the magnetic dynamics of the Kesterite nanolattice. The study of magnetizations and susceptibilities in dependence on temperature reveals essential information about the transition between ordered and disordered magnetic phases. The study highlights the critical roles of temperature, external magnetic field (H), and exchange coupling parameters (J2/J1, J3/J1) in shaping the magnetic characteristics of the system. In particular, the response of the blocking temperature (TB/J1) to these factors was highlighted, which enhances our understanding of the magnetic behavior of the Kesterite nanolattice. These results provide valuable insights, essential for potential applications in various nanotechnological fields.