Matches in SemOpenAlex for { <https://semopenalex.org/work/W2532026713> ?p ?o ?g. }
- W2532026713 endingPage "106407" @default.
- W2532026713 startingPage "106407" @default.
- W2532026713 abstract "Vanadium oxide thin films were deposited on quartz substrate by pulsed RF magnetron sputtering technique at 400–600 W and subsequently annealed at 100 °C in vacuum (1.5 × 10−5 mbar). Phase analysis, surface morphology and topology of the films e.g., both as-deposited and annealed were investigated by x-ray diffraction, field emission scanning electron microscopy and atomic force microscopy techniques. X-ray photoelectron spectroscopy (XPS) was employed to understand the elemental oxidation of the films. Transmittance of the films was evaluated by UV–vis-NIR spectrophotometer in the wavelength range of 200–1600 nm. Sheet resistance of the films was measured by two-probe method both for as-deposited and annealed conditions. XPS study showed the existence of V5+ and V4+ species. Metal to insulator transition temperature of the as-deposited film decreased from 339 °C to 326 °C after annealing as evaluated by differential scanning calorimetric technique. A significant change in transmittance was observed in particular at near infrared region due to alteration of surface roughness and grain size of the film after annealing. Sheet resistance values of the annealed films decreased as compared to the as-deposited films due to the lower in oxidation state of vanadium which led to increase in carrier density. Combined nanoindentation and finite element modeling were applied to evaluate nanohardness (H), Young's modulus (E), von Mises stress and strain distribution. Both H and E were improved after annealing due to increase in crystallinity of the film." @default.
- W2532026713 created "2016-10-28" @default.
- W2532026713 creator A5011522774 @default.
- W2532026713 creator A5019578313 @default.
- W2532026713 creator A5026485182 @default.
- W2532026713 creator A5028913753 @default.
- W2532026713 creator A5030772292 @default.
- W2532026713 creator A5053556180 @default.
- W2532026713 creator A5059126209 @default.
- W2532026713 creator A5068504297 @default.
- W2532026713 creator A5070086451 @default.
- W2532026713 creator A5070576224 @default.
- W2532026713 creator A5075811618 @default.
- W2532026713 date "2016-10-24" @default.
- W2532026713 modified "2023-09-25" @default.
- W2532026713 title "Effect of low temperature vacuum annealing on microstructural, optical, electronic, electrical, nanomechanical properties and phase transition behavior of sputtered vanadium oxide thin films" @default.
- W2532026713 cites W1559721071 @default.
- W2532026713 cites W1609912784 @default.
- W2532026713 cites W1966213417 @default.
- W2532026713 cites W1967753006 @default.
- W2532026713 cites W1968218506 @default.
- W2532026713 cites W1973315818 @default.
- W2532026713 cites W1979430482 @default.
- W2532026713 cites W1981010420 @default.
- W2532026713 cites W1983557583 @default.
- W2532026713 cites W1985623881 @default.
- W2532026713 cites W1989448592 @default.
- W2532026713 cites W1989479123 @default.
- W2532026713 cites W1989826976 @default.
- W2532026713 cites W1996716403 @default.
- W2532026713 cites W1999629973 @default.
- W2532026713 cites W1999675427 @default.
- W2532026713 cites W2004081966 @default.
- W2532026713 cites W2008231211 @default.
- W2532026713 cites W2009321183 @default.
- W2532026713 cites W2010106414 @default.
- W2532026713 cites W2014618835 @default.
- W2532026713 cites W2015845587 @default.
- W2532026713 cites W2021235195 @default.
- W2532026713 cites W2042071878 @default.
- W2532026713 cites W2046423486 @default.
- W2532026713 cites W2046802507 @default.
- W2532026713 cites W2047685158 @default.
- W2532026713 cites W2051187617 @default.
- W2532026713 cites W2052951313 @default.
- W2532026713 cites W2054773579 @default.
- W2532026713 cites W2054947466 @default.
- W2532026713 cites W2059425976 @default.
- W2532026713 cites W2061243594 @default.
- W2532026713 cites W2065080233 @default.
- W2532026713 cites W2066312625 @default.
- W2532026713 cites W2069596437 @default.
- W2532026713 cites W2071647608 @default.
- W2532026713 cites W2071810580 @default.
- W2532026713 cites W2075134543 @default.
- W2532026713 cites W2075303426 @default.
- W2532026713 cites W2086933933 @default.
- W2532026713 cites W2093491927 @default.
- W2532026713 cites W2094237583 @default.
- W2532026713 cites W2094298250 @default.
- W2532026713 cites W2110212941 @default.
- W2532026713 cites W2120465013 @default.
- W2532026713 cites W2134544423 @default.
- W2532026713 cites W2134627561 @default.
- W2532026713 cites W2150989757 @default.
- W2532026713 cites W2160278149 @default.
- W2532026713 cites W2187781998 @default.
- W2532026713 cites W2257001366 @default.
- W2532026713 cites W2466516772 @default.
- W2532026713 cites W2485828387 @default.
- W2532026713 cites W2487074748 @default.
- W2532026713 cites W279639203 @default.
- W2532026713 cites W4235574122 @default.
- W2532026713 doi "https://doi.org/10.1088/2053-1591/3/10/106407" @default.
- W2532026713 hasPublicationYear "2016" @default.
- W2532026713 type Work @default.
- W2532026713 sameAs 2532026713 @default.
- W2532026713 citedByCount "6" @default.
- W2532026713 countsByYear W25320267132017 @default.
- W2532026713 countsByYear W25320267132018 @default.
- W2532026713 countsByYear W25320267132020 @default.
- W2532026713 countsByYear W25320267132021 @default.
- W2532026713 crossrefType "journal-article" @default.
- W2532026713 hasAuthorship W2532026713A5011522774 @default.
- W2532026713 hasAuthorship W2532026713A5019578313 @default.
- W2532026713 hasAuthorship W2532026713A5026485182 @default.
- W2532026713 hasAuthorship W2532026713A5028913753 @default.
- W2532026713 hasAuthorship W2532026713A5030772292 @default.
- W2532026713 hasAuthorship W2532026713A5053556180 @default.
- W2532026713 hasAuthorship W2532026713A5059126209 @default.
- W2532026713 hasAuthorship W2532026713A5068504297 @default.
- W2532026713 hasAuthorship W2532026713A5070086451 @default.
- W2532026713 hasAuthorship W2532026713A5070576224 @default.
- W2532026713 hasAuthorship W2532026713A5075811618 @default.
- W2532026713 hasConcept C121332964 @default.
- W2532026713 hasConcept C149288129 @default.
- W2532026713 hasConcept C159985019 @default.
- W2532026713 hasConcept C171250308 @default.