Matches in SemOpenAlex for { <https://semopenalex.org/work/W2092086331> ?p ?o ?g. }
- W2092086331 abstract "We investigate several factors controlling the physics of hybrid structures involving ferromagnetic domain walls (DW's) and superconducting (S) metals. We discuss the role of noncollinear magnetizations in $S/mathrm{DW}$ junctions in a $mathrm{spin}ensuremath{bigotimes}mathrm{Nambu}ensuremath{bigotimes}mathrm{Keldysh}$ formalism. We discuss transport in S/DW/normal metal (N) and $S/mathrm{DW}/S$ junctions in the presence of inelastic scattering in the domain wall. In this case transport properties are similar for the $S/mathrm{DW}/S$ and $S/mathrm{DW}/N$ junctions and are controlled by sequential tunneling of spatially separated Cooper pairs across the domain wall. In the absence of inelastic scattering we find that a Josephson current circulates only if the size of the ferromagnetic region is smaller than the elastic mean free path meaning that the Josephson effect associated with the crossed Andreev reflection cannot be observed under usual experimental conditions. Nevertheless, a finite dc current can circulate across the $S/mathrm{DW}/S$ junction due to crossed Andreev reflection associated with sequential tunneling." @default.
- W2092086331 created "2016-06-24" @default.
- W2092086331 creator A5008814140 @default.
- W2092086331 creator A5044213757 @default.
- W2092086331 date "2003-11-11" @default.
- W2092086331 modified "2023-10-11" @default.
- W2092086331 title "Crossed Andreev reflection at ferromagnetic domain walls" @default.
- W2092086331 cites W1499169484 @default.
- W2092086331 cites W1964251388 @default.
- W2092086331 cites W1969942644 @default.
- W2092086331 cites W1971087148 @default.
- W2092086331 cites W1972512864 @default.
- W2092086331 cites W1976175889 @default.
- W2092086331 cites W1977595782 @default.
- W2092086331 cites W1977632344 @default.
- W2092086331 cites W1979792422 @default.
- W2092086331 cites W1981733541 @default.
- W2092086331 cites W1985683196 @default.
- W2092086331 cites W1989840406 @default.
- W2092086331 cites W1991852719 @default.
- W2092086331 cites W1998431433 @default.
- W2092086331 cites W1998905184 @default.
- W2092086331 cites W2000129984 @default.
- W2092086331 cites W2004733040 @default.
- W2092086331 cites W2005435931 @default.
- W2092086331 cites W2006340090 @default.
- W2092086331 cites W2006525201 @default.
- W2092086331 cites W2007717551 @default.
- W2092086331 cites W2012353119 @default.
- W2092086331 cites W2014629098 @default.
- W2092086331 cites W2020060629 @default.
- W2092086331 cites W2020517872 @default.
- W2092086331 cites W2025761492 @default.
- W2092086331 cites W2026398977 @default.
- W2092086331 cites W2028879991 @default.
- W2092086331 cites W2029302501 @default.
- W2092086331 cites W2030908144 @default.
- W2092086331 cites W2043384630 @default.
- W2092086331 cites W2045531775 @default.
- W2092086331 cites W2046364999 @default.
- W2092086331 cites W2047290430 @default.
- W2092086331 cites W2049291864 @default.
- W2092086331 cites W2050313003 @default.
- W2092086331 cites W2056078006 @default.
- W2092086331 cites W2056226429 @default.
- W2092086331 cites W2056445760 @default.
- W2092086331 cites W2066024982 @default.
- W2092086331 cites W2069070512 @default.
- W2092086331 cites W2069452144 @default.
- W2092086331 cites W2078609837 @default.
- W2092086331 cites W2083173456 @default.
- W2092086331 cites W2094042406 @default.
- W2092086331 cites W2097028858 @default.
- W2092086331 cites W2107491755 @default.
- W2092086331 cites W2111182852 @default.
- W2092086331 cites W2111914675 @default.
- W2092086331 cites W2147227982 @default.
- W2092086331 cites W2155655045 @default.
- W2092086331 cites W2169327677 @default.
- W2092086331 cites W2261946463 @default.
- W2092086331 cites W3100774644 @default.
- W2092086331 cites W3101705792 @default.
- W2092086331 cites W3105011390 @default.
- W2092086331 doi "https://doi.org/10.1103/physrevb.68.174515" @default.
- W2092086331 hasPublicationYear "2003" @default.
- W2092086331 type Work @default.
- W2092086331 sameAs 2092086331 @default.
- W2092086331 citedByCount "32" @default.
- W2092086331 countsByYear W20920863312012 @default.
- W2092086331 countsByYear W20920863312013 @default.
- W2092086331 countsByYear W20920863312015 @default.
- W2092086331 countsByYear W20920863312017 @default.
- W2092086331 countsByYear W20920863312018 @default.
- W2092086331 crossrefType "journal-article" @default.
- W2092086331 hasAuthorship W2092086331A5008814140 @default.
- W2092086331 hasAuthorship W2092086331A5044213757 @default.
- W2092086331 hasBestOaLocation W20920863312 @default.
- W2092086331 hasConcept C12038964 @default.
- W2092086331 hasConcept C120398109 @default.
- W2092086331 hasConcept C121332964 @default.
- W2092086331 hasConcept C184423171 @default.
- W2092086331 hasConcept C191486275 @default.
- W2092086331 hasConcept C199360897 @default.
- W2092086331 hasConcept C26873012 @default.
- W2092086331 hasConcept C41008148 @default.
- W2092086331 hasConcept C54101563 @default.
- W2092086331 hasConcept C62520636 @default.
- W2092086331 hasConcept C65682993 @default.
- W2092086331 hasConcept C82217956 @default.
- W2092086331 hasConceptScore W2092086331C12038964 @default.
- W2092086331 hasConceptScore W2092086331C120398109 @default.
- W2092086331 hasConceptScore W2092086331C121332964 @default.
- W2092086331 hasConceptScore W2092086331C184423171 @default.
- W2092086331 hasConceptScore W2092086331C191486275 @default.
- W2092086331 hasConceptScore W2092086331C199360897 @default.
- W2092086331 hasConceptScore W2092086331C26873012 @default.
- W2092086331 hasConceptScore W2092086331C41008148 @default.
- W2092086331 hasConceptScore W2092086331C54101563 @default.
- W2092086331 hasConceptScore W2092086331C62520636 @default.
- W2092086331 hasConceptScore W2092086331C65682993 @default.