Matches in SemOpenAlex for { <https://semopenalex.org/work/W2023450823> ?p ?o ?g. }
- W2023450823 endingPage "1249" @default.
- W2023450823 startingPage "1237" @default.
- W2023450823 abstract "A potentiostatic polarization method is used to evaluate the corrosion behavior of SS316L in simulated anode and cathode environments of polymer electrolyte fuel cells. A passive barrier oxide film is observed to form and reach steady state within ∼10 h of polarization, after which time the total ion release rates are low and nearly constant at ∼0.4 μg cm−2 h−1 for all potentials investigated. The equilibrium film thickness, however, is a function of the applied potential. The main ionic species dissolved in the liquid are predominately Fe followed by Ni, that account for >90% of the steady-state corrosion current. The dissolution rate of Cr is low but increases systematically at potentials higher than 0.8 V. The experimental ion release rates can be correlated with a point defect model using a single set of parameters over a broad range of potentials (0.2–1 V) on the cathode side. The interfacial contact resistance measured after 48 h of polarization is observed to increase with increase in applied potential and can be empirically correlated with applied load and oxide film thickness. The oxide film is substantially thicker at 1.5 V possibly because of alteration in film composition to Fe-rich as indicated by XPS data." @default.
- W2023450823 created "2016-06-24" @default.
- W2023450823 creator A5004272128 @default.
- W2023450823 creator A5007766705 @default.
- W2023450823 creator A5035065259 @default.
- W2023450823 creator A5061707133 @default.
- W2023450823 creator A5068246739 @default.
- W2023450823 creator A5070181736 @default.
- W2023450823 creator A5076938147 @default.
- W2023450823 creator A5080702425 @default.
- W2023450823 creator A5085278991 @default.
- W2023450823 date "2015-01-01" @default.
- W2023450823 modified "2023-10-01" @default.
- W2023450823 title "Degradation of SS316L bipolar plates in simulated fuel cell environment: Corrosion rate, barrier film formation kinetics and contact resistance" @default.
- W2023450823 cites W1484595209 @default.
- W2023450823 cites W1668032984 @default.
- W2023450823 cites W1965714516 @default.
- W2023450823 cites W1965871308 @default.
- W2023450823 cites W1973149333 @default.
- W2023450823 cites W1976902542 @default.
- W2023450823 cites W1977383959 @default.
- W2023450823 cites W1978843572 @default.
- W2023450823 cites W1978870285 @default.
- W2023450823 cites W1981378831 @default.
- W2023450823 cites W1983434253 @default.
- W2023450823 cites W1983597751 @default.
- W2023450823 cites W1988544354 @default.
- W2023450823 cites W1990669631 @default.
- W2023450823 cites W1990677272 @default.
- W2023450823 cites W1996664137 @default.
- W2023450823 cites W2000588853 @default.
- W2023450823 cites W2003560277 @default.
- W2023450823 cites W2005783794 @default.
- W2023450823 cites W2005998448 @default.
- W2023450823 cites W2008268770 @default.
- W2023450823 cites W2010479281 @default.
- W2023450823 cites W2023320790 @default.
- W2023450823 cites W2027084535 @default.
- W2023450823 cites W2033287675 @default.
- W2023450823 cites W2034484094 @default.
- W2023450823 cites W2035749020 @default.
- W2023450823 cites W2039717149 @default.
- W2023450823 cites W2043842898 @default.
- W2023450823 cites W2044626917 @default.
- W2023450823 cites W2048932884 @default.
- W2023450823 cites W2053693073 @default.
- W2023450823 cites W2058582155 @default.
- W2023450823 cites W2064282608 @default.
- W2023450823 cites W2070864180 @default.
- W2023450823 cites W2072527156 @default.
- W2023450823 cites W2074359092 @default.
- W2023450823 cites W2076355263 @default.
- W2023450823 cites W2083726029 @default.
- W2023450823 cites W2087955904 @default.
- W2023450823 cites W2094879142 @default.
- W2023450823 cites W2100252608 @default.
- W2023450823 cites W2108847594 @default.
- W2023450823 cites W2114544041 @default.
- W2023450823 cites W2116307663 @default.
- W2023450823 cites W2122810967 @default.
- W2023450823 cites W2124895311 @default.
- W2023450823 cites W2127238319 @default.
- W2023450823 cites W2141723046 @default.
- W2023450823 cites W2162909051 @default.
- W2023450823 cites W2166060249 @default.
- W2023450823 cites W2331461362 @default.
- W2023450823 cites W4255674403 @default.
- W2023450823 cites W73487259 @default.
- W2023450823 doi "https://doi.org/10.1016/j.jpowsour.2014.02.053" @default.
- W2023450823 hasPublicationYear "2015" @default.
- W2023450823 type Work @default.
- W2023450823 sameAs 2023450823 @default.
- W2023450823 citedByCount "66" @default.
- W2023450823 countsByYear W20234508232015 @default.
- W2023450823 countsByYear W20234508232016 @default.
- W2023450823 countsByYear W20234508232017 @default.
- W2023450823 countsByYear W20234508232018 @default.
- W2023450823 countsByYear W20234508232019 @default.
- W2023450823 countsByYear W20234508232020 @default.
- W2023450823 countsByYear W20234508232021 @default.
- W2023450823 countsByYear W20234508232022 @default.
- W2023450823 countsByYear W20234508232023 @default.
- W2023450823 crossrefType "journal-article" @default.
- W2023450823 hasAuthorship W2023450823A5004272128 @default.
- W2023450823 hasAuthorship W2023450823A5007766705 @default.
- W2023450823 hasAuthorship W2023450823A5035065259 @default.
- W2023450823 hasAuthorship W2023450823A5061707133 @default.
- W2023450823 hasAuthorship W2023450823A5068246739 @default.
- W2023450823 hasAuthorship W2023450823A5070181736 @default.
- W2023450823 hasAuthorship W2023450823A5076938147 @default.
- W2023450823 hasAuthorship W2023450823A5080702425 @default.
- W2023450823 hasAuthorship W2023450823A5085278991 @default.
- W2023450823 hasConcept C113196181 @default.
- W2023450823 hasConcept C121332964 @default.
- W2023450823 hasConcept C123671423 @default.
- W2023450823 hasConcept C145148216 @default.
- W2023450823 hasConcept C147789679 @default.
- W2023450823 hasConcept C148898269 @default.