FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2003298594> ?p ?o ?g. }

• W2003298594 abstract "A yet unknown surface reconstruction of V3Si(001), which is most likely induced by carbon, is used to investigate the quasi-particle energy gap at the atomic scale by a cryogenic scanning tunneling microscope. The width of the gap was virtually not altered at and close to carbon impurities, nor did it change at different sites of the reconstructed surface lattice. A remarkable modification of the spectroscopic signature of the gap was induced, however, upon moving the tip of the microscope into controlled contact with the superconductor. Spectroscopy of the resulting normal-metal -- superconductor junction indicated the presence of Andreev reflections." @default.
• W2003298594 created "2016-06-24" @default.
• W2003298594 creator A5023208687 @default.
• W2003298594 creator A5025390267 @default.
• W2003298594 creator A5026086607 @default.
• W2003298594 creator A5055966593 @default.
• W2003298594 date "2009-04-23" @default.
• W2003298594 modified "2023-09-27" @default.
• W2003298594 title "Surface reconstruction and energy gap of superconductingV3Si(001)" @default.
• W2003298594 cites W1495482461 @default.
• W2003298594 cites W1595663740 @default.
• W2003298594 cites W1676592638 @default.
• W2003298594 cites W1964426247 @default.
• W2003298594 cites W1968785143 @default.
• W2003298594 cites W1971587932 @default.
• W2003298594 cites W1973252323 @default.
• W2003298594 cites W1975011640 @default.
• W2003298594 cites W1975043359 @default.
• W2003298594 cites W1975724866 @default.
• W2003298594 cites W1980631418 @default.
• W2003298594 cites W1982795716 @default.
• W2003298594 cites W1982852473 @default.
• W2003298594 cites W1988858960 @default.
• W2003298594 cites W1989116198 @default.
• W2003298594 cites W1992719757 @default.
• W2003298594 cites W1994709639 @default.
• W2003298594 cites W1999932339 @default.
• W2003298594 cites W2000748408 @default.
• W2003298594 cites W2002168113 @default.
• W2003298594 cites W2003378896 @default.
• W2003298594 cites W2007724083 @default.
• W2003298594 cites W2009951545 @default.
• W2003298594 cites W2012055693 @default.
• W2003298594 cites W2013020123 @default.
• W2003298594 cites W2013331222 @default.
• W2003298594 cites W2014437371 @default.
• W2003298594 cites W2016073203 @default.
• W2003298594 cites W201755569 @default.
• W2003298594 cites W2018390780 @default.
• W2003298594 cites W2021987001 @default.
• W2003298594 cites W2027327117 @default.
• W2003298594 cites W2027451770 @default.
• W2003298594 cites W2031507835 @default.
• W2003298594 cites W2031824068 @default.
• W2003298594 cites W2032406740 @default.
• W2003298594 cites W2038595975 @default.
• W2003298594 cites W2039779024 @default.
• W2003298594 cites W2041765963 @default.
• W2003298594 cites W2043695984 @default.
• W2003298594 cites W2043845483 @default.
• W2003298594 cites W2045199901 @default.
• W2003298594 cites W2048056602 @default.
• W2003298594 cites W2055442979 @default.
• W2003298594 cites W2055753552 @default.
• W2003298594 cites W2056754867 @default.
• W2003298594 cites W2057193708 @default.
• W2003298594 cites W2058329037 @default.
• W2003298594 cites W2058946317 @default.
• W2003298594 cites W2060745668 @default.
• W2003298594 cites W2061369045 @default.
• W2003298594 cites W2069969138 @default.
• W2003298594 cites W2070764217 @default.
• W2003298594 cites W2072261359 @default.
• W2003298594 cites W2074029612 @default.
• W2003298594 cites W2074266829 @default.
• W2003298594 cites W2080659521 @default.
• W2003298594 cites W2082087645 @default.
• W2003298594 cites W2086709369 @default.
• W2003298594 cites W2089881964 @default.
• W2003298594 cites W2089942530 @default.
• W2003298594 cites W2092620002 @default.
• W2003298594 cites W2092789203 @default.
• W2003298594 cites W2093561674 @default.
• W2003298594 cites W2100879346 @default.
• W2003298594 cites W2128159091 @default.
• W2003298594 cites W2141518915 @default.
• W2003298594 cites W2147227982 @default.
• W2003298594 cites W2221451600 @default.
• W2003298594 cites W2279198067 @default.
• W2003298594 cites W2314211154 @default.
• W2003298594 cites W2326678988 @default.
• W2003298594 cites W2328921531 @default.
• W2003298594 cites W2334805087 @default.
• W2003298594 cites W2481769426 @default.
• W2003298594 cites W3102930424 @default.
• W2003298594 cites W4233697840 @default.
• W2003298594 cites W2168124443 @default.
• W2003298594 doi "https://doi.org/10.1103/physrevb.79.144522" @default.
• W2003298594 hasPublicationYear "2009" @default.
• W2003298594 type Work @default.
• W2003298594 sameAs 2003298594 @default.
• W2003298594 citedByCount "9" @default.
• W2003298594 countsByYear W20032985942017 @default.
• W2003298594 countsByYear W20032985942018 @default.
• W2003298594 countsByYear W20032985942020 @default.
• W2003298594 countsByYear W20032985942023 @default.
• W2003298594 crossrefType "journal-article" @default.
• W2003298594 hasAuthorship W2003298594A5023208687 @default.
• W2003298594 hasAuthorship W2003298594A5025390267 @default.
• W2003298594 hasAuthorship W2003298594A5026086607 @default.

• next