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- W4295776281 abstract "We have designed a complex optoelectronic superlattice based on monolayer MoS 2 consisting of two singly periodic superlattices and investigated its electronic transport properties. It is found that the complex superlattice possesses wider transmission forbidden gaps compared with the two superlattices as its components, and we give a theoretic proof to support this phenomenon. In addition, a Tamm state can be found within the original forbidden gaps, and its tunneling transmission decays greatly with the width of potential regions. These excellent properties imply the complex optoelectronic superlattice proposed here can be applied to electron energy filters and efficient optoelectronic devices. • Spin- and valley-dependent transport in a MoS 2 complex optoelectronic superlattice realized by a (AB) n (CD) m structure potential and CPL are investigated. • The transmission forbidden gaps in the complex superlattice heterostructure is found to cover the forbidden gaps of (AB) n and (CD) m superlattices. A theoretic proof extends this conclusion to all complex superlattices composed of two superlattices. • Brought by the interface between two superlattice structures, a Tamm state can be found within the original forbidden gaps under certain parameter. The extended forbidden gaps and the observation of Tamm state show this kind of heterostructure can be applied as accurate energy filters or efficient optoelectronic devices." @default.
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- W4295776281 date "2022-10-01" @default.
- W4295776281 modified "2023-09-28" @default.
- W4295776281 title "Wider transmission forbidden gaps and tamm state in a complex optoelectronic superlattice based on monolayer MoS2" @default.
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- W4295776281 doi "https://doi.org/10.1016/j.micrna.2022.207378" @default.
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