Matches in SemOpenAlex for { <https://semopenalex.org/work/W1984839972> ?p ?o ?g. }
- W1984839972 endingPage "6585" @default.
- W1984839972 startingPage "6569" @default.
- W1984839972 abstract "The effect of ambient oxygen pressure on the synthesis of epitaxial YBa2Cu3O7−x films on (100) SrTiO3 substrates by post-deposition annealing of amorphous precursor films was studied for oxygen partial pressures pO2 between 1.0 and 8.0×10−5 atm and annealing temperatures between 890 and 650 °C. A pO2−1/T diagram containing recent literature data regarding YBa2Cu3O7−x oxygen stoichiometry, phase stability, and liquid-phase formation was compiled to provide guidance for the selection and interpretation of annealing conditions. The results evidence a strong dependency of growth properties on the oxygen pressure with enhanced c-oriented epitaxy at lower pO2 values. A particularly interesting result is the formation of predominantly c-oriented films at 740 °C and pO2=2.6×10−4 atm (0.2 Torr). Similar to YBa2Cu3O7−x films produced by in situ laser ablation at the same temperature and oxygen pressure, the films exhibited low ion channeling yields (χmin<0.1) and a dense (smooth) surface morphology, while critical currents at 77 K were well in excess of 1 MA/cm2. From the observed systematic variation of structural film properties with synthesis conditions, annealing lines were derived indicating (T-pO2) combinations for either c- or a-oriented epitaxial growth. A comparison is made between these lines and synthesis conditions for in situ film growth as compiled recently by Hammond and Bormann [Physica C 162–169, 703 (1989)]." @default.
- W1984839972 created "2016-06-24" @default.
- W1984839972 creator A5027217059 @default.
- W1984839972 creator A5036022172 @default.
- W1984839972 creator A5055536292 @default.
- W1984839972 creator A5087546450 @default.
- W1984839972 date "1991-05-01" @default.
- W1984839972 modified "2023-10-02" @default.
- W1984839972 title "Effect of oxygen pressure on the synthesis of YBa2Cu3O7−<i>x</i> thin films by post-deposition annealing" @default.
- W1984839972 cites W125903508 @default.
- W1984839972 cites W1591241880 @default.
- W1984839972 cites W1655711227 @default.
- W1984839972 cites W1930378450 @default.
- W1984839972 cites W1963689255 @default.
- W1984839972 cites W1977344083 @default.
- W1984839972 cites W1985345077 @default.
- W1984839972 cites W1991525586 @default.
- W1984839972 cites W1995733391 @default.
- W1984839972 cites W1997352536 @default.
- W1984839972 cites W2001607401 @default.
- W1984839972 cites W2003332493 @default.
- W1984839972 cites W2004404640 @default.
- W1984839972 cites W2006188968 @default.
- W1984839972 cites W2006472086 @default.
- W1984839972 cites W2008999763 @default.
- W1984839972 cites W2013461737 @default.
- W1984839972 cites W2014752549 @default.
- W1984839972 cites W2015277804 @default.
- W1984839972 cites W2020138083 @default.
- W1984839972 cites W2022078979 @default.
- W1984839972 cites W2022081168 @default.
- W1984839972 cites W2023668467 @default.
- W1984839972 cites W2032829560 @default.
- W1984839972 cites W2037295697 @default.
- W1984839972 cites W2037960769 @default.
- W1984839972 cites W2040975081 @default.
- W1984839972 cites W2048210144 @default.
- W1984839972 cites W2049078326 @default.
- W1984839972 cites W2049677058 @default.
- W1984839972 cites W2051538624 @default.
- W1984839972 cites W2053136451 @default.
- W1984839972 cites W2053596476 @default.
- W1984839972 cites W2053856303 @default.
- W1984839972 cites W2059476719 @default.
- W1984839972 cites W2065675668 @default.
- W1984839972 cites W2068038319 @default.
- W1984839972 cites W2071346630 @default.
- W1984839972 cites W2079282917 @default.
- W1984839972 cites W2080206431 @default.
- W1984839972 cites W2080604251 @default.
- W1984839972 cites W2081771546 @default.
- W1984839972 cites W2084174576 @default.
- W1984839972 cites W2089200051 @default.
- W1984839972 cites W2093141445 @default.
- W1984839972 cites W2095568150 @default.
- W1984839972 cites W2107350412 @default.
- W1984839972 cites W2108883936 @default.
- W1984839972 cites W2125205848 @default.
- W1984839972 cites W2133109670 @default.
- W1984839972 cites W2151889805 @default.
- W1984839972 cites W2315707505 @default.
- W1984839972 cites W2318057619 @default.
- W1984839972 cites W2587016857 @default.
- W1984839972 doi "https://doi.org/10.1063/1.348868" @default.
- W1984839972 hasPublicationYear "1991" @default.
- W1984839972 type Work @default.
- W1984839972 sameAs 1984839972 @default.
- W1984839972 citedByCount "258" @default.
- W1984839972 countsByYear W19848399722012 @default.
- W1984839972 countsByYear W19848399722013 @default.
- W1984839972 countsByYear W19848399722014 @default.
- W1984839972 countsByYear W19848399722015 @default.
- W1984839972 countsByYear W19848399722016 @default.
- W1984839972 countsByYear W19848399722017 @default.
- W1984839972 countsByYear W19848399722018 @default.
- W1984839972 countsByYear W19848399722019 @default.
- W1984839972 countsByYear W19848399722020 @default.
- W1984839972 countsByYear W19848399722021 @default.
- W1984839972 countsByYear W19848399722022 @default.
- W1984839972 countsByYear W19848399722023 @default.
- W1984839972 crossrefType "journal-article" @default.
- W1984839972 hasAuthorship W1984839972A5027217059 @default.
- W1984839972 hasAuthorship W1984839972A5036022172 @default.
- W1984839972 hasAuthorship W1984839972A5055536292 @default.
- W1984839972 hasAuthorship W1984839972A5087546450 @default.
- W1984839972 hasBestOaLocation W19848399721 @default.
- W1984839972 hasConcept C110738630 @default.
- W1984839972 hasConcept C113196181 @default.
- W1984839972 hasConcept C121332964 @default.
- W1984839972 hasConcept C127413603 @default.
- W1984839972 hasConcept C143895478 @default.
- W1984839972 hasConcept C144082473 @default.
- W1984839972 hasConcept C147789679 @default.
- W1984839972 hasConcept C171250308 @default.
- W1984839972 hasConcept C178790620 @default.
- W1984839972 hasConcept C185592680 @default.
- W1984839972 hasConcept C19067145 @default.
- W1984839972 hasConcept C191897082 @default.