Matches in SemOpenAlex for { <https://semopenalex.org/work/W2952228522> ?p ?o ?g. }
- W2952228522 endingPage "216" @default.
- W2952228522 startingPage "167" @default.
- W2952228522 abstract "Coulomb-blockade oscillations of the conductance are a manifestation of single-electron tunneling through a system of two tunnel junctions in series (see Fig. 1) [1]–[5]. The conductance oscillations occur as the voltage on a nearby gate electrode is varied. This setup is the SET transistor described in Sec. 6 of Chap. 2. The number N of conduction electrons on an island (or dot) between two tunnel barriers is an integer, so that the charge Q = — Ne. on the island can only change by discrete amounts e. In contrast, the electrostatic potential difference of island and leads changes continuously as the electrostatic potential φext due to the gate is varied. This gives rise to a net charge imbalance Cφext —Ne between the island and the leads, which oscillates in a saw-tooth pattern with gate voltage (C is the mutual capacitance of island and leads). Tunneling is blocked at low temperatures, except near the degeneracy points of the saw-tooth, where the charge imbalance jumps from +e/2 to φ e/2. At these points the Coulomb blockade of tunneling is lifted and the conductance exhibits a peak. In metals treated in the previous chapters, these “Coulomb-blockade oscillations” are essentially a classical phenomenon [6, 7]. Because the energy level separation ΔE in the island is much smaller than the thermal energy k B T, the energy spectrum may be treated as a continuum. Furthermore, provided that the tunnel resistance is large compared to the resistance quantum h/e 2, the number N of electrons on the island may be treated as a sharply defined classical variable." @default.
- W2952228522 created "2019-06-27" @default.
- W2952228522 creator A5072728378 @default.
- W2952228522 creator A5073091925 @default.
- W2952228522 creator A5088903781 @default.
- W2952228522 date "1992-01-01" @default.
- W2952228522 modified "2023-10-14" @default.
- W2952228522 title "Coulomb-Blockade Oscillations in Semiconductor Nanostructures" @default.
- W2952228522 cites W1964465593 @default.
- W2952228522 cites W1964562146 @default.
- W2952228522 cites W1969941140 @default.
- W2952228522 cites W1970879471 @default.
- W2952228522 cites W1970934477 @default.
- W2952228522 cites W1972648971 @default.
- W2952228522 cites W1973478814 @default.
- W2952228522 cites W1978548920 @default.
- W2952228522 cites W1978621658 @default.
- W2952228522 cites W1981571522 @default.
- W2952228522 cites W1984471782 @default.
- W2952228522 cites W1985672462 @default.
- W2952228522 cites W1987192348 @default.
- W2952228522 cites W1988194779 @default.
- W2952228522 cites W1994344136 @default.
- W2952228522 cites W1999579069 @default.
- W2952228522 cites W2001814874 @default.
- W2952228522 cites W2004742475 @default.
- W2952228522 cites W2008713738 @default.
- W2952228522 cites W2009574514 @default.
- W2952228522 cites W2009649577 @default.
- W2952228522 cites W2010845126 @default.
- W2952228522 cites W2016971988 @default.
- W2952228522 cites W2020196544 @default.
- W2952228522 cites W2022740109 @default.
- W2952228522 cites W2024506265 @default.
- W2952228522 cites W2024602361 @default.
- W2952228522 cites W2024965659 @default.
- W2952228522 cites W2027572134 @default.
- W2952228522 cites W2028948400 @default.
- W2952228522 cites W2030360745 @default.
- W2952228522 cites W2032379083 @default.
- W2952228522 cites W2032915567 @default.
- W2952228522 cites W2034947657 @default.
- W2952228522 cites W2041744078 @default.
- W2952228522 cites W2042749916 @default.
- W2952228522 cites W2043365391 @default.
- W2952228522 cites W2044470575 @default.
- W2952228522 cites W2045271267 @default.
- W2952228522 cites W2050296939 @default.
- W2952228522 cites W2050739964 @default.
- W2952228522 cites W2050953930 @default.
- W2952228522 cites W2055047804 @default.
- W2952228522 cites W2057898894 @default.
- W2952228522 cites W2058048912 @default.
- W2952228522 cites W2059239926 @default.
- W2952228522 cites W2059999752 @default.
- W2952228522 cites W2064269331 @default.
- W2952228522 cites W2064410359 @default.
- W2952228522 cites W2064939908 @default.
- W2952228522 cites W2065103088 @default.
- W2952228522 cites W2065117001 @default.
- W2952228522 cites W2065452758 @default.
- W2952228522 cites W2072186095 @default.
- W2952228522 cites W2074343264 @default.
- W2952228522 cites W2078000108 @default.
- W2952228522 cites W2078714867 @default.
- W2952228522 cites W2080634585 @default.
- W2952228522 cites W2081096302 @default.
- W2952228522 cites W2085161498 @default.
- W2952228522 cites W2086896174 @default.
- W2952228522 cites W2088671669 @default.
- W2952228522 cites W2088702986 @default.
- W2952228522 cites W2091015624 @default.
- W2952228522 cites W2091575493 @default.
- W2952228522 cites W2091713565 @default.
- W2952228522 cites W2093239518 @default.
- W2952228522 cites W2102183493 @default.
- W2952228522 cites W2110466634 @default.
- W2952228522 cites W2110590541 @default.
- W2952228522 cites W2137464302 @default.
- W2952228522 doi "https://doi.org/10.1007/978-1-4757-2166-9_5" @default.
- W2952228522 hasPublicationYear "1992" @default.
- W2952228522 type Work @default.
- W2952228522 sameAs 2952228522 @default.
- W2952228522 citedByCount "27" @default.
- W2952228522 countsByYear W29522285222012 @default.
- W2952228522 countsByYear W29522285222013 @default.
- W2952228522 countsByYear W29522285222014 @default.
- W2952228522 countsByYear W29522285222015 @default.
- W2952228522 countsByYear W29522285222020 @default.
- W2952228522 countsByYear W29522285222021 @default.
- W2952228522 countsByYear W29522285222022 @default.
- W2952228522 crossrefType "book-chapter" @default.
- W2952228522 hasAuthorship W2952228522A5072728378 @default.
- W2952228522 hasAuthorship W2952228522A5073091925 @default.
- W2952228522 hasAuthorship W2952228522A5088903781 @default.
- W2952228522 hasBestOaLocation W29522285222 @default.
- W2952228522 hasConcept C117206207 @default.
- W2952228522 hasConcept C120398109 @default.