Matches in SemOpenAlex for { <https://semopenalex.org/work/W1983384178> ?p ?o ?g. }
- W1983384178 endingPage "314" @default.
- W1983384178 startingPage "305" @default.
- W1983384178 abstract "Thin film metallic glasses are a new class of promising materials for advanced structural applications. In this work, binary Zr-based thin film metallic glasses (TFMGs) were deposited by the magnetron co-sputtering process from pure metal targets. Two similar enrichments were investigated (44 at.% for the nickel, 43 at.% for the cobalt), in order to determine the effect of the alloying element’s nature on the structural, mechanical and electrochemical behaviors. Structure of films was determined by in situ XRD measurements carried out during heating up to 600 °C, while their morphology was characterized by SEM observations. Mechanical properties of amorphous and crystallized films (hardness and Young’s modulus) were measured by nanoindentation. Intrinsic electrochemical properties are deduced from polarization curves and electrochemical impedance spectroscopy measurements carried out in Na2SO4 aqueous solution. It is found that the surface morphology of TFMGs was very smooth with a compact and dense microstructure. When heated, glassy films exhibit a high structural stability (up to 440 °C) with crystallization occurring through a multistage process for the Co-containing film. Whatever the coating, Zr affords its beneficial passive-ability, while crystallization process accelerates the global corrosion kinetics. Corrosion mechanisms of the Zr-based TFMGs were discussed in the light of the alloying element (Ni or Co) and the structure of films (amorphous or crystallized)." @default.
- W1983384178 created "2016-06-24" @default.
- W1983384178 creator A5013047839 @default.
- W1983384178 creator A5032312038 @default.
- W1983384178 creator A5033042710 @default.
- W1983384178 creator A5038816674 @default.
- W1983384178 creator A5039072354 @default.
- W1983384178 creator A5050178226 @default.
- W1983384178 date "2015-05-01" @default.
- W1983384178 modified "2023-10-06" @default.
- W1983384178 title "Binary Zr–Ni/Co metallic glass films: Role of the structural state on their durability" @default.
- W1983384178 cites W1967185149 @default.
- W1983384178 cites W1968687599 @default.
- W1983384178 cites W1971933854 @default.
- W1983384178 cites W1972342376 @default.
- W1983384178 cites W1972615593 @default.
- W1983384178 cites W1986565164 @default.
- W1983384178 cites W1990505706 @default.
- W1983384178 cites W1993398206 @default.
- W1983384178 cites W1993786107 @default.
- W1983384178 cites W1995480398 @default.
- W1983384178 cites W2003733892 @default.
- W1983384178 cites W2007880896 @default.
- W1983384178 cites W2008078672 @default.
- W1983384178 cites W2008257763 @default.
- W1983384178 cites W2009228884 @default.
- W1983384178 cites W2009379043 @default.
- W1983384178 cites W2009855031 @default.
- W1983384178 cites W2011180020 @default.
- W1983384178 cites W2015022916 @default.
- W1983384178 cites W2015281980 @default.
- W1983384178 cites W2015563975 @default.
- W1983384178 cites W2021854479 @default.
- W1983384178 cites W2022087515 @default.
- W1983384178 cites W2022414841 @default.
- W1983384178 cites W2022597497 @default.
- W1983384178 cites W2024593315 @default.
- W1983384178 cites W2027218771 @default.
- W1983384178 cites W2028667747 @default.
- W1983384178 cites W2029255584 @default.
- W1983384178 cites W2033539020 @default.
- W1983384178 cites W2039201311 @default.
- W1983384178 cites W2040779584 @default.
- W1983384178 cites W2046005334 @default.
- W1983384178 cites W2046514234 @default.
- W1983384178 cites W2054020931 @default.
- W1983384178 cites W2057101914 @default.
- W1983384178 cites W2058883581 @default.
- W1983384178 cites W2059062853 @default.
- W1983384178 cites W2061130566 @default.
- W1983384178 cites W2066081938 @default.
- W1983384178 cites W2068849987 @default.
- W1983384178 cites W2068876270 @default.
- W1983384178 cites W2070832224 @default.
- W1983384178 cites W2072929369 @default.
- W1983384178 cites W2074743011 @default.
- W1983384178 cites W2077170591 @default.
- W1983384178 cites W2083003403 @default.
- W1983384178 cites W2083099511 @default.
- W1983384178 cites W2083713474 @default.
- W1983384178 cites W2084054548 @default.
- W1983384178 cites W2085527511 @default.
- W1983384178 cites W2086933933 @default.
- W1983384178 cites W2089245041 @default.
- W1983384178 cites W2090076892 @default.
- W1983384178 cites W2093286881 @default.
- W1983384178 cites W2094874217 @default.
- W1983384178 cites W2094960180 @default.
- W1983384178 cites W2140884381 @default.
- W1983384178 cites W2140905206 @default.
- W1983384178 cites W2147620019 @default.
- W1983384178 cites W2149580910 @default.
- W1983384178 cites W2152658997 @default.
- W1983384178 cites W2153578028 @default.
- W1983384178 cites W2164343546 @default.
- W1983384178 cites W2166818891 @default.
- W1983384178 cites W2326724045 @default.
- W1983384178 doi "https://doi.org/10.1016/j.actamat.2015.01.056" @default.
- W1983384178 hasPublicationYear "2015" @default.
- W1983384178 type Work @default.
- W1983384178 sameAs 1983384178 @default.
- W1983384178 citedByCount "19" @default.
- W1983384178 countsByYear W19833841782015 @default.
- W1983384178 countsByYear W19833841782017 @default.
- W1983384178 countsByYear W19833841782018 @default.
- W1983384178 countsByYear W19833841782019 @default.
- W1983384178 countsByYear W19833841782020 @default.
- W1983384178 countsByYear W19833841782021 @default.
- W1983384178 countsByYear W19833841782023 @default.
- W1983384178 crossrefType "journal-article" @default.
- W1983384178 hasAuthorship W1983384178A5013047839 @default.
- W1983384178 hasAuthorship W1983384178A5032312038 @default.
- W1983384178 hasAuthorship W1983384178A5033042710 @default.
- W1983384178 hasAuthorship W1983384178A5038816674 @default.
- W1983384178 hasAuthorship W1983384178A5039072354 @default.
- W1983384178 hasAuthorship W1983384178A5050178226 @default.
- W1983384178 hasConcept C123266363 @default.
- W1983384178 hasConcept C127413603 @default.