Matches in SemOpenAlex for { <https://semopenalex.org/work/W1991237054> ?p ?o ?g. }
- W1991237054 abstract "We consider a $d$-dimensional conductor (a semiconductor/optical superlattice, quantum/molecular wire) with arbitrary electron dispersion within the independent-electron one-band approach. Its nonperturbative nonstationary response to arbitrary time-periodic electric fields is studied (a) in the quantum coherent ``dynamic'' (or short-time) regime and (b) in the ``kinetic'' (or long-time) regime under the influence of weak scattering. We provide a classification and analysis of field-induced dynamic localization and response through the dc/ac current and mean square displacement of electrons. We demonstrate that the overall localization increases in passing from the periodic regime through the commensurate to the incommensurate one (governed by the relation of field period and Bloch frequency) both in the dynamic and kinetic cases. Simultaneously, exceptional localization (for some particular values of field parameters or symmetries) typically retains its order in the small relaxation rate, but on the background of increasing overall localization becomes less pronounced, both in dynamic and kinetic regimes. In the dynamic regime exceptional localization is manifested through diffusion and dc response, in the kinetic---through diffusion and ac response. In the commensurate case with long-range overlap the leading responses are formed by ``resonant'' neighbors only; within nearest-neighbor approximation the commensurate regime becomes qualitatively analogous to the incommensurate one. Ways of controlling localization/response by the applied field and the reasons for the similarity/difference of dynamic and kinetic regimes are discussed." @default.
- W1991237054 created "2016-06-24" @default.
- W1991237054 creator A5003826188 @default.
- W1991237054 creator A5007962222 @default.
- W1991237054 creator A5063826123 @default.
- W1991237054 date "2005-05-11" @default.
- W1991237054 modified "2023-09-24" @default.
- W1991237054 title "Control of field-induced localization in superlattices: Coherence and relaxation" @default.
- W1991237054 cites W1965387004 @default.
- W1991237054 cites W1966456031 @default.
- W1991237054 cites W1966513630 @default.
- W1991237054 cites W1967047412 @default.
- W1991237054 cites W1967805627 @default.
- W1991237054 cites W1968809033 @default.
- W1991237054 cites W1971725120 @default.
- W1991237054 cites W1981379245 @default.
- W1991237054 cites W1982008064 @default.
- W1991237054 cites W1982921432 @default.
- W1991237054 cites W1985301714 @default.
- W1991237054 cites W1985446452 @default.
- W1991237054 cites W1986463445 @default.
- W1991237054 cites W1991153407 @default.
- W1991237054 cites W1992862608 @default.
- W1991237054 cites W1993260474 @default.
- W1991237054 cites W1995654939 @default.
- W1991237054 cites W1995788312 @default.
- W1991237054 cites W1997772611 @default.
- W1991237054 cites W1999115408 @default.
- W1991237054 cites W2000612156 @default.
- W1991237054 cites W2002244491 @default.
- W1991237054 cites W2004279801 @default.
- W1991237054 cites W2006405770 @default.
- W1991237054 cites W2014324524 @default.
- W1991237054 cites W2014854264 @default.
- W1991237054 cites W2015078416 @default.
- W1991237054 cites W2016014682 @default.
- W1991237054 cites W2017745389 @default.
- W1991237054 cites W2020419516 @default.
- W1991237054 cites W2020774001 @default.
- W1991237054 cites W2023114766 @default.
- W1991237054 cites W2024643981 @default.
- W1991237054 cites W2026517845 @default.
- W1991237054 cites W2026904424 @default.
- W1991237054 cites W2028602934 @default.
- W1991237054 cites W2029052992 @default.
- W1991237054 cites W2036256971 @default.
- W1991237054 cites W2041965516 @default.
- W1991237054 cites W2042272443 @default.
- W1991237054 cites W2042859385 @default.
- W1991237054 cites W2042875974 @default.
- W1991237054 cites W2043007546 @default.
- W1991237054 cites W2045462689 @default.
- W1991237054 cites W2048009313 @default.
- W1991237054 cites W2048042993 @default.
- W1991237054 cites W2048523794 @default.
- W1991237054 cites W2049734803 @default.
- W1991237054 cites W2052148663 @default.
- W1991237054 cites W2054294534 @default.
- W1991237054 cites W2056312128 @default.
- W1991237054 cites W2057864761 @default.
- W1991237054 cites W2061237295 @default.
- W1991237054 cites W2063565796 @default.
- W1991237054 cites W2065427806 @default.
- W1991237054 cites W2072396258 @default.
- W1991237054 cites W2075267771 @default.
- W1991237054 cites W2075472735 @default.
- W1991237054 cites W2078600179 @default.
- W1991237054 cites W2082014957 @default.
- W1991237054 cites W2085247228 @default.
- W1991237054 cites W2088305855 @default.
- W1991237054 cites W2088907734 @default.
- W1991237054 cites W2091874995 @default.
- W1991237054 cites W2093076894 @default.
- W1991237054 cites W2093137448 @default.
- W1991237054 cites W2093361071 @default.
- W1991237054 cites W2093803407 @default.
- W1991237054 cites W2095375157 @default.
- W1991237054 cites W2103743214 @default.
- W1991237054 cites W2141496833 @default.
- W1991237054 cites W2152696833 @default.
- W1991237054 cites W2166685507 @default.
- W1991237054 cites W3098393631 @default.
- W1991237054 cites W3101357145 @default.
- W1991237054 cites W4236363235 @default.
- W1991237054 doi "https://doi.org/10.1103/physrevb.71.195311" @default.
- W1991237054 hasPublicationYear "2005" @default.
- W1991237054 type Work @default.
- W1991237054 sameAs 1991237054 @default.
- W1991237054 citedByCount "5" @default.
- W1991237054 crossrefType "journal-article" @default.
- W1991237054 hasAuthorship W1991237054A5003826188 @default.
- W1991237054 hasAuthorship W1991237054A5007962222 @default.
- W1991237054 hasAuthorship W1991237054A5063826123 @default.
- W1991237054 hasConcept C105382558 @default.
- W1991237054 hasConcept C121332964 @default.
- W1991237054 hasConcept C135889238 @default.
- W1991237054 hasConcept C147120987 @default.
- W1991237054 hasConcept C15744967 @default.
- W1991237054 hasConcept C187128312 @default.
- W1991237054 hasConcept C191486275 @default.