Matches in SemOpenAlex for { <https://semopenalex.org/work/W3101545793> ?p ?o ?g. }
- W3101545793 endingPage "465304" @default.
- W3101545793 startingPage "465304" @default.
- W3101545793 abstract "We report transport properties and particle current rectification operation in a double-stranded tight-binding ladder network within non-equilibrium Green's function (NEGF) formalism that can easily be generalized in multi-stranded systems. First, we explore the rectification operation considering the model of an artificial double-stranded DNA (dsDNA) molecular system with Fibonacci type substitutional sequence. Substitutional sequences form quasi-periodic potentials. This analysis may shed new light in designing efficient nanoscale rectifier. It can also be directly implemented to different biomolecular systems like nucleic acids and most proteins as they follow quasi-periodic orders. Motivated with this fact, we consider different configurations depending on the choices of on-site energies and/or inter or intra strand nearest-neighbor hopping integrals in the form of Aubry-Andr'{e}-Harper (AAH) model (that also obeys quasi-periodic order), and in all the cases we find almost $100%$ current rectification even at very low bias region. Along with this, we observe that the phase (positive or negative) of rectification can suitably be engineered by tuning the Fermi energy and AAH phase. The effects of electron-electron (e-e) interaction and temperature are also studied, which show that a reasonably large rectification can be observed even for moderate temperature range and e-e interaction strength." @default.
- W3101545793 created "2020-11-23" @default.
- W3101545793 creator A5042872285 @default.
- W3101545793 creator A5060591485 @default.
- W3101545793 date "2019-09-03" @default.
- W3101545793 modified "2023-10-01" @default.
- W3101545793 title "Particle current rectification in a quasi-periodic double-stranded ladder" @default.
- W3101545793 cites W1509326299 @default.
- W3101545793 cites W1527964431 @default.
- W3101545793 cites W1534331030 @default.
- W3101545793 cites W1596399639 @default.
- W3101545793 cites W1671779639 @default.
- W3101545793 cites W1967694719 @default.
- W3101545793 cites W1971441600 @default.
- W3101545793 cites W1972404226 @default.
- W3101545793 cites W1973673268 @default.
- W3101545793 cites W1982627708 @default.
- W3101545793 cites W1985256365 @default.
- W3101545793 cites W1988164971 @default.
- W3101545793 cites W1990551156 @default.
- W3101545793 cites W1995345382 @default.
- W3101545793 cites W1995794163 @default.
- W3101545793 cites W1995955476 @default.
- W3101545793 cites W1996616643 @default.
- W3101545793 cites W1998078062 @default.
- W3101545793 cites W2005026281 @default.
- W3101545793 cites W2009376473 @default.
- W3101545793 cites W2009708681 @default.
- W3101545793 cites W2015856124 @default.
- W3101545793 cites W2018163414 @default.
- W3101545793 cites W2024751204 @default.
- W3101545793 cites W2024808894 @default.
- W3101545793 cites W2025868529 @default.
- W3101545793 cites W2026835432 @default.
- W3101545793 cites W2027152437 @default.
- W3101545793 cites W2037037172 @default.
- W3101545793 cites W2040312858 @default.
- W3101545793 cites W2041204239 @default.
- W3101545793 cites W2044440848 @default.
- W3101545793 cites W2050296939 @default.
- W3101545793 cites W2051241217 @default.
- W3101545793 cites W2056160285 @default.
- W3101545793 cites W2059332762 @default.
- W3101545793 cites W2062566043 @default.
- W3101545793 cites W2063216199 @default.
- W3101545793 cites W2066035738 @default.
- W3101545793 cites W2074607789 @default.
- W3101545793 cites W2075996078 @default.
- W3101545793 cites W2078588448 @default.
- W3101545793 cites W2080088400 @default.
- W3101545793 cites W2081547949 @default.
- W3101545793 cites W2086870604 @default.
- W3101545793 cites W2093789581 @default.
- W3101545793 cites W2100966607 @default.
- W3101545793 cites W2101071015 @default.
- W3101545793 cites W2104281360 @default.
- W3101545793 cites W2114692337 @default.
- W3101545793 cites W2115132660 @default.
- W3101545793 cites W2121023772 @default.
- W3101545793 cites W2134634300 @default.
- W3101545793 cites W2156726186 @default.
- W3101545793 cites W2157042457 @default.
- W3101545793 cites W2160887370 @default.
- W3101545793 cites W2313179473 @default.
- W3101545793 cites W2316734200 @default.
- W3101545793 cites W2323812725 @default.
- W3101545793 cites W2327302275 @default.
- W3101545793 cites W2327915663 @default.
- W3101545793 cites W2329041021 @default.
- W3101545793 cites W2331789049 @default.
- W3101545793 cites W2527822664 @default.
- W3101545793 cites W2537211892 @default.
- W3101545793 cites W2617026648 @default.
- W3101545793 cites W2684369861 @default.
- W3101545793 cites W2728291714 @default.
- W3101545793 cites W2734419362 @default.
- W3101545793 cites W2741283639 @default.
- W3101545793 cites W2754750508 @default.
- W3101545793 cites W2781846354 @default.
- W3101545793 cites W2795717458 @default.
- W3101545793 cites W2960138770 @default.
- W3101545793 cites W4254640185 @default.
- W3101545793 cites W51419519 @default.
- W3101545793 cites W656433898 @default.
- W3101545793 doi "https://doi.org/10.1088/1361-6463/ab3a0e" @default.
- W3101545793 hasPublicationYear "2019" @default.
- W3101545793 type Work @default.
- W3101545793 sameAs 3101545793 @default.
- W3101545793 citedByCount "13" @default.
- W3101545793 countsByYear W31015457932019 @default.
- W3101545793 countsByYear W31015457932020 @default.
- W3101545793 countsByYear W31015457932021 @default.
- W3101545793 countsByYear W31015457932022 @default.
- W3101545793 countsByYear W31015457932023 @default.
- W3101545793 crossrefType "journal-article" @default.
- W3101545793 hasAuthorship W3101545793A5042872285 @default.
- W3101545793 hasAuthorship W3101545793A5060591485 @default.
- W3101545793 hasBestOaLocation W31015457932 @default.