Fig. 4: Electric field effects on interlayer magnetic coupling. | Nature Communications

Fig. 4: Electric field effects on interlayer magnetic coupling.

From: Electric-field switching of interlayer magnetic order in a van der waals heterobilayer via spin-electric potential

Fig. 4: Electric field effects on interlayer magnetic coupling.

a The change of Eex as a function of Ɛz for different vdW magnetic bilayers. A positive value of Ɛz indicates the out-of-plane direction pointing from MnX2 (X = S, Se, Te) to CrI3 layer. b The nearly linear relation between ΔEexƐz and Pex. Without loss of generality, here we take ΔEexƐz = [Eex(Ɛz = 0.1) − Eex(Ɛz = − 0.1)]/0.2. The gray line indicates the linear fitting of the calculation results. c Eex as a function of Ɛz for CrI3/MnSe2 bilayer without and with an in-plane biaxial tensile strain of 1%. d Comparison between charge transfer and spin-electric-potential mechanism in the CrI3/MnSe2.

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