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First-principles study on the threshold switch selector Graphene/h-BN/Graphene and the improvement of its performance

机译:阈值开关选择器石墨烯/ H-BN /石墨烯研究的第一原理研究及其性能的提高

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In this work, a selector has been proposed with a simple single-layer Graphene/h-BN/Graphene structure. The partial charge density (PCD), DOS and PDOS proved that the Boron vacancies (Vb) conductive filament (CF) is formed when the threshold voltage (Vth)is 0.5V, non-linearity (NL) is 104.Then, we found that Vb with a concentration of 8.33% at the interface improves the performance of the selector significantly (NL increased by 10 times). This work will be instructive and valuable for the design and optimization of Graphene/h-BN/Graphene selector.
机译:在这项工作中,已经提出了一种单层石墨烯/ H-BN /石墨烯结构的选择器。 部分充电密度(PCD),DOS和PDO证明了硼空缺(V. b )当阈值电压(V.)形成导电灯丝(CF)(V. th )是0.5V,非线性(NL)是10 4 然后,我们发现v b 界面处的浓度为8.33%,显着提高了选择器的性能(NL增加了10次)。 这项工作将对石墨烯/ H-BN /石墨烯选择器的设计和优化是有益的和有价值的。

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