Matches in SemOpenAlex for { <https://semopenalex.org/work/W3103371244> ?p ?o ?g. }
- W3103371244 endingPage "77" @default.
- W3103371244 startingPage "68" @default.
- W3103371244 abstract "It is an ongoing pursuit to use metal as a channel material in a field effect transistor. All metallic transistor can be fabricated from pristine semimetallic Dirac materials (such as graphene, silicene, and germanene), but the on/off current ratio is very low. In a vertical heterostructure composed by two Dirac materials, the Dirac cones of the two materials survive the weak interlayer van der Waals interaction based on density functional theory method, and electron transport from the Dirac cone of one material to the one of the other material is therefore forbidden without assistance of phonon because of momentum mismatch. First-principles quantum transport simulations of the all-metallic vertical Dirac material heterostructure devices confirm the existence of a transport gap of over 0.4 eV, accompanied by a switching ratio of over 104. Such a striking behavior is robust against the relative rotation between the two Dirac materials and can be extended to twisted bilayer graphene. Therefore, all-metallic junction can be a semiconductor and novel avenue is opened up for Dirac material vertical structures in high-performance devices without opening their band gaps." @default.
- W3103371244 created "2020-11-23" @default.
- W3103371244 creator A5004706581 @default.
- W3103371244 creator A5017917541 @default.
- W3103371244 creator A5021240812 @default.
- W3103371244 creator A5026847475 @default.
- W3103371244 creator A5032768920 @default.
- W3103371244 creator A5039376323 @default.
- W3103371244 creator A5063477353 @default.
- W3103371244 creator A5072467129 @default.
- W3103371244 creator A5078442427 @default.
- W3103371244 creator A5083965647 @default.
- W3103371244 creator A5086753171 @default.
- W3103371244 date "2014-11-03" @default.
- W3103371244 modified "2023-10-14" @default.
- W3103371244 title "All-Metallic Vertical Transistors Based on Stacked Dirac Materials" @default.
- W3103371244 cites W1970127494 @default.
- W3103371244 cites W1979544533 @default.
- W3103371244 cites W1981368803 @default.
- W3103371244 cites W1982589808 @default.
- W3103371244 cites W1982908857 @default.
- W3103371244 cites W1984535384 @default.
- W3103371244 cites W1985252301 @default.
- W3103371244 cites W1985719521 @default.
- W3103371244 cites W1989034096 @default.
- W3103371244 cites W1989345205 @default.
- W3103371244 cites W1989506279 @default.
- W3103371244 cites W1996930412 @default.
- W3103371244 cites W1997270927 @default.
- W3103371244 cites W2005713136 @default.
- W3103371244 cites W2007395042 @default.
- W3103371244 cites W2009029869 @default.
- W3103371244 cites W2010289698 @default.
- W3103371244 cites W2010971702 @default.
- W3103371244 cites W2015378382 @default.
- W3103371244 cites W2018765018 @default.
- W3103371244 cites W2036113194 @default.
- W3103371244 cites W2039211361 @default.
- W3103371244 cites W2045065560 @default.
- W3103371244 cites W2051834590 @default.
- W3103371244 cites W2055493383 @default.
- W3103371244 cites W2057423897 @default.
- W3103371244 cites W2058122340 @default.
- W3103371244 cites W2059885388 @default.
- W3103371244 cites W2062857265 @default.
- W3103371244 cites W2070985026 @default.
- W3103371244 cites W2076247883 @default.
- W3103371244 cites W2078118572 @default.
- W3103371244 cites W2078477635 @default.
- W3103371244 cites W2079105963 @default.
- W3103371244 cites W2079951030 @default.
- W3103371244 cites W2083222334 @default.
- W3103371244 cites W2084004370 @default.
- W3103371244 cites W2087585288 @default.
- W3103371244 cites W2087698390 @default.
- W3103371244 cites W2091264646 @default.
- W3103371244 cites W2096405147 @default.
- W3103371244 cites W2099648099 @default.
- W3103371244 cites W2114474373 @default.
- W3103371244 cites W2129024591 @default.
- W3103371244 cites W2135385562 @default.
- W3103371244 cites W2135933491 @default.
- W3103371244 cites W2140776481 @default.
- W3103371244 cites W2150320523 @default.
- W3103371244 cites W2159752439 @default.
- W3103371244 cites W2160144694 @default.
- W3103371244 cites W2162307889 @default.
- W3103371244 cites W2312857983 @default.
- W3103371244 cites W2319434124 @default.
- W3103371244 cites W2328947961 @default.
- W3103371244 cites W2334411941 @default.
- W3103371244 cites W2335130849 @default.
- W3103371244 cites W3099472236 @default.
- W3103371244 cites W3100367984 @default.
- W3103371244 cites W3102942025 @default.
- W3103371244 cites W3103030822 @default.
- W3103371244 cites W3103242701 @default.
- W3103371244 cites W3105010200 @default.
- W3103371244 cites W3147650139 @default.
- W3103371244 cites W4211172053 @default.
- W3103371244 doi "https://doi.org/10.1002/adfm.201402904" @default.
- W3103371244 hasPublicationYear "2014" @default.
- W3103371244 type Work @default.
- W3103371244 sameAs 3103371244 @default.
- W3103371244 citedByCount "56" @default.
- W3103371244 countsByYear W31033712442015 @default.
- W3103371244 countsByYear W31033712442016 @default.
- W3103371244 countsByYear W31033712442017 @default.
- W3103371244 countsByYear W31033712442018 @default.
- W3103371244 countsByYear W31033712442019 @default.
- W3103371244 countsByYear W31033712442020 @default.
- W3103371244 countsByYear W31033712442021 @default.
- W3103371244 countsByYear W31033712442022 @default.
- W3103371244 countsByYear W31033712442023 @default.
- W3103371244 crossrefType "journal-article" @default.
- W3103371244 hasAuthorship W3103371244A5004706581 @default.
- W3103371244 hasAuthorship W3103371244A5017917541 @default.
- W3103371244 hasAuthorship W3103371244A5021240812 @default.