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L 1 0 -MnGa alloys have great application potential in the fields of permanent magnet and spintronics.  L 1 0 -Mn 1.60 Ga thin films were prepared on MgO (100) substrates by magnetron sputtering under different substrate temperatures ranging from 200 to 600 °C, and the effect of the substrate temperature on the structure, magnetic and electrical transport properties of the films were observed. The results show that the films deposited at 300–600 °C substrate have good (001) orientation. The coercivity and effective anisotropy of film are enhanced at 400 °C substrate temperature, because the large tensile stress/strain induces a large coercivity and high effective anisotropy. When the substrate temperature increases to 500 °C, and the abnormal Hall resistivity of the film reaches the maximum value. The magnetic and electrical transport properties of the  L 1 0 -Mn 1.60 Ga film are improved effectively with an appropriate substrate temperature.

Effect of substrate temperature on structure, magnetic and electrical transport properties of Mn1.60Ga films

Effect of substrate temperature on structure, magnetic and electrical transport properties of Mn_1.60Ga films