“…20 Two-dimensional Janus materials greatly enhance the function of FETs due to the intrinsic built-in electric field resulting from symmetry breaking. 21–23 Furthermore, the low power delay, 24 low on-state current 25 and ultrasmall gate length 26 of FETs are realized with the applications of 2D Janus materials, which demonstrate that Janus B 2 P 6 has great potential to be a channel material.…”
The Schottky barrier height and the contact type of a graphene/B2P6 heterostructure can be controlled by adjusting the interlayer spacing or applying an electric field along the Z direction.
“…20 Two-dimensional Janus materials greatly enhance the function of FETs due to the intrinsic built-in electric field resulting from symmetry breaking. 21–23 Furthermore, the low power delay, 24 low on-state current 25 and ultrasmall gate length 26 of FETs are realized with the applications of 2D Janus materials, which demonstrate that Janus B 2 P 6 has great potential to be a channel material.…”
The Schottky barrier height and the contact type of a graphene/B2P6 heterostructure can be controlled by adjusting the interlayer spacing or applying an electric field along the Z direction.
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