Matches in SemOpenAlex for { <https://semopenalex.org/work/W2022877521> ?p ?o ?g. }
- W2022877521 endingPage "7640" @default.
- W2022877521 startingPage "7626" @default.
- W2022877521 abstract "We present a theoretical investigation of the electronic properties of a quasi-one-dimensional electron system at very low temperature. For a cylindrical quantum wire the electron-impurity interaction and the electron-electron interaction is calculated for a two-subband model. Our analytical results for the electron-impurity and the electron-electron interaction are in good agreement with the exact results for our model. Analytical results for the band bending due to the filling of the lowest subband are evaluated. Within our analytical results we discuss various aspects of the electronic properties of the semiconductor quantum wire: screening (intrasubband and intersubband plasmons), shallow impurity states (screened and unscreened), and mobility (ionized-impurity scattering and interface-roughness scattering). Analytical expressions are given for the dispersion of plasmons, the binding energies of shallow impurities, and the mobility. Our results on intersubband plasmons are compared with experiments." @default.
- W2022877521 created "2016-06-24" @default.
- W2022877521 creator A5040701352 @default.
- W2022877521 creator A5054801786 @default.
- W2022877521 date "1990-04-15" @default.
- W2022877521 modified "2023-10-16" @default.
- W2022877521 title "Analytical results for semiconductor quantum-well wire: Plasmons, shallow impurity states, and mobility" @default.
- W2022877521 cites W115726986 @default.
- W2022877521 cites W1615218364 @default.
- W2022877521 cites W1963558060 @default.
- W2022877521 cites W1965176566 @default.
- W2022877521 cites W1965229703 @default.
- W2022877521 cites W1970078058 @default.
- W2022877521 cites W1973096426 @default.
- W2022877521 cites W1975468378 @default.
- W2022877521 cites W1979308743 @default.
- W2022877521 cites W1980102771 @default.
- W2022877521 cites W1984471782 @default.
- W2022877521 cites W1986891982 @default.
- W2022877521 cites W1988553546 @default.
- W2022877521 cites W1992213053 @default.
- W2022877521 cites W1995225874 @default.
- W2022877521 cites W1997186559 @default.
- W2022877521 cites W1997403400 @default.
- W2022877521 cites W2000281570 @default.
- W2022877521 cites W2014889277 @default.
- W2022877521 cites W2015622721 @default.
- W2022877521 cites W2016054643 @default.
- W2022877521 cites W2017893165 @default.
- W2022877521 cites W2019509420 @default.
- W2022877521 cites W2026830345 @default.
- W2022877521 cites W2028341650 @default.
- W2022877521 cites W2028733050 @default.
- W2022877521 cites W2033642283 @default.
- W2022877521 cites W2035297476 @default.
- W2022877521 cites W2037584704 @default.
- W2022877521 cites W2038369958 @default.
- W2022877521 cites W2042383523 @default.
- W2022877521 cites W2042749916 @default.
- W2022877521 cites W2043365391 @default.
- W2022877521 cites W2050184397 @default.
- W2022877521 cites W2060287975 @default.
- W2022877521 cites W2066003981 @default.
- W2022877521 cites W2067898870 @default.
- W2022877521 cites W2068183079 @default.
- W2022877521 cites W2068569223 @default.
- W2022877521 cites W2069827464 @default.
- W2022877521 cites W2070800506 @default.
- W2022877521 cites W2074686810 @default.
- W2022877521 cites W2075249004 @default.
- W2022877521 cites W2076286142 @default.
- W2022877521 cites W2079855107 @default.
- W2022877521 cites W2081238888 @default.
- W2022877521 cites W2088963583 @default.
- W2022877521 cites W2090438997 @default.
- W2022877521 cites W2091606426 @default.
- W2022877521 cites W2092993232 @default.
- W2022877521 cites W2094050961 @default.
- W2022877521 cites W2095295794 @default.
- W2022877521 cites W2097030394 @default.
- W2022877521 cites W2110590541 @default.
- W2022877521 cites W2499906541 @default.
- W2022877521 cites W4235881127 @default.
- W2022877521 cites W4254113258 @default.
- W2022877521 doi "https://doi.org/10.1103/physrevb.41.7626" @default.
- W2022877521 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9993057" @default.
- W2022877521 hasPublicationYear "1990" @default.
- W2022877521 type Work @default.
- W2022877521 sameAs 2022877521 @default.
- W2022877521 citedByCount "188" @default.
- W2022877521 countsByYear W20228775212012 @default.
- W2022877521 countsByYear W20228775212013 @default.
- W2022877521 countsByYear W20228775212014 @default.
- W2022877521 countsByYear W20228775212015 @default.
- W2022877521 countsByYear W20228775212016 @default.
- W2022877521 countsByYear W20228775212017 @default.
- W2022877521 countsByYear W20228775212019 @default.
- W2022877521 countsByYear W20228775212020 @default.
- W2022877521 countsByYear W20228775212021 @default.
- W2022877521 countsByYear W20228775212022 @default.
- W2022877521 countsByYear W20228775212023 @default.
- W2022877521 crossrefType "journal-article" @default.
- W2022877521 hasAuthorship W2022877521A5040701352 @default.
- W2022877521 hasAuthorship W2022877521A5054801786 @default.
- W2022877521 hasConcept C106782819 @default.
- W2022877521 hasConcept C108225325 @default.
- W2022877521 hasConcept C110879396 @default.
- W2022877521 hasConcept C120665830 @default.
- W2022877521 hasConcept C121332964 @default.
- W2022877521 hasConcept C136676167 @default.
- W2022877521 hasConcept C146285849 @default.
- W2022877521 hasConcept C147120987 @default.
- W2022877521 hasConcept C151107866 @default.
- W2022877521 hasConcept C18136748 @default.
- W2022877521 hasConcept C184779094 @default.
- W2022877521 hasConcept C191486275 @default.
- W2022877521 hasConcept C192562407 @default.
- W2022877521 hasConcept C26873012 @default.