Nanosized Monolayer on the Square Lattice within Spin-1 Ising Model: Magnetic Properties with odd Interactions
Künye
Kavlak, R., Özüm, S., Erdem, R., Yalçın, O. (2020). Nanosized Monolayer on the Square Lattice within Spin-1 Ising Model: Magnetic Properties with odd Interactions. Turkish Physical Society 36 th International Physics Congress, 1-5 Eylül 2020, İstanbul, TürkiyeÖzet
Based on the spin-1 Ising model Hamiltonian with dipolar (bilinear, J), quadrupolar, (biquadratic, K), dipolar-quadrupolar (odd, L) interactions and single-ion anisotropy parameter (D), magnetic properties of the nanosized monolayer within the square lattice are studied in pair approximation [1-3]. The monolayer is divided into the core (C), coresurface (CS) and surface (S) parts as introduced by Özüm and co-workers [4]. The dipolar order parameter (or magnetization m) and quadrupolar order parameter (q) are calculated. We have investigated the thermal behaviours of m and q for different values of magnetic field (H), monolayer sizes (R) and L. The results of numerical calculations are in agreement with the available theoretical works.
Kaynak
Turkish Physical Society 36 th International Physics CongressBağlantı
http://www.tfd36.org/ckfinder/userfiles/files/TFD36-KITAP-PROGRAM-son.pdfhttps://hdl.handle.net/11491/5801
Koleksiyonlar
- Bildiri Koleksiyonu [18]