Present work includes a computer simulation of temperature- and pressure-induced spin transition phenomenon in a 2D spin crossover nanosystem. Modeling was carried out within a framework of an Ising-like model with the help of Monte Carlo technique based on metropolis algorithm. All the obtained results are in accordance with the experimental ones. For a fixed values of temperature, a reverse spin transition of the system was obtained. Brief review of possible practical application of such type of a system is presented.
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