Ising model is important for the study of ferromagnetic material. The Ising model in the different initial conditions and temperature was simulated using Monte carlo simulation. The direction of and the critical temperature of magnetization in the different initial conditions and temperature were studied. Through computational simulation the results are that the magnetism of the system is stable when the system temperature is TC below 1.99; the magnetization system is reversed when 1.99 < TC < 2.27; the direction of magnetism is undirectionally changinging when 2.27 < TC < 2.30; the system disappeared when TC > 2.30.
Xiao Li-yong,Ji Deng-hui. Monte carlo simulation study on temperature impact of magnetic material under transverse Ising model[J]. CCI, 2018, 41(10): 127-129,138.
