Matches in SemOpenAlex for { <https://semopenalex.org/work/W3162563635> ?p ?o ?g. }
- W3162563635 endingPage "051508" @default.
- W3162563635 startingPage "051508" @default.
- W3162563635 abstract "The identity of passivating oxides on multi-principal element alloys is of great interest as their optimization offers the potential for exceptional corrosion resistance in aqueous solutions over a broad range of potential and pH. This study focuses on a non-equiatomic Ni 38 Fe 20 Cr 22 Mn 10 Co 10 solid solution alloy and tracks the fate of each alloying element during linear sweep voltammetry, low and intermediate potential holds in the passive potential domain as well as during open circuit relaxation after anodic polarization in slightly acidified Cl − solution. Ni dissolves at all potentials investigated in this work, Fe and Co are incorporated into oxides or hydroxides in low concentrations whilst Cr and Mn are enriched at passive potentials. At low passivating potentials, Mn(II) dissolves and is incorporated in minor amounts in oxides containing large concentrations of Cr(III). Considerable enrichment in Mn(II)-species occurs relative to Cr(III) in the oxide at 0.1 V vs SCE. Electrochemical impedance spectroscopy suggests the presence of layered oxides with marginal passivation at high Mn(II) levels. The formation of these oxides depends on a combination of thermodynamic and kinetic factors as well as the sequence of passivation." @default.
- W3162563635 created "2021-05-24" @default.
- W3162563635 creator A5012602129 @default.
- W3162563635 creator A5020810175 @default.
- W3162563635 creator A5046106872 @default.
- W3162563635 creator A5052963286 @default.
- W3162563635 creator A5056544951 @default.
- W3162563635 creator A5066250502 @default.
- W3162563635 creator A5073061221 @default.
- W3162563635 creator A5079670359 @default.
- W3162563635 date "2021-05-01" @default.
- W3162563635 modified "2023-09-25" @default.
- W3162563635 title "Potential Dependent Mn Oxidation and Its Role in Passivation of Ni<sub>38</sub>Fe<sub>20</sub>Cr<sub>22</sub>Mn<sub>10</sub>Co<sub>10</sub> Multi-Principal Element Alloy Using Multi-Element Resolved Atomic Emission Spectroelectrochemistry" @default.
- W3162563635 cites W1965871308 @default.
- W3162563635 cites W1969077187 @default.
- W3162563635 cites W1970065157 @default.
- W3162563635 cites W1971367097 @default.
- W3162563635 cites W1972206273 @default.
- W3162563635 cites W1974727023 @default.
- W3162563635 cites W1982752907 @default.
- W3162563635 cites W1985101479 @default.
- W3162563635 cites W2013650505 @default.
- W3162563635 cites W2034933841 @default.
- W3162563635 cites W2070831250 @default.
- W3162563635 cites W2079875001 @default.
- W3162563635 cites W2087576239 @default.
- W3162563635 cites W2098547240 @default.
- W3162563635 cites W2104061984 @default.
- W3162563635 cites W2118148452 @default.
- W3162563635 cites W2124007521 @default.
- W3162563635 cites W2234403067 @default.
- W3162563635 cites W2288827195 @default.
- W3162563635 cites W2330225010 @default.
- W3162563635 cites W2487014621 @default.
- W3162563635 cites W2519932060 @default.
- W3162563635 cites W2534691303 @default.
- W3162563635 cites W2551355684 @default.
- W3162563635 cites W2589856256 @default.
- W3162563635 cites W2738275342 @default.
- W3162563635 cites W2774558352 @default.
- W3162563635 cites W2789828320 @default.
- W3162563635 cites W2799540395 @default.
- W3162563635 cites W2800067686 @default.
- W3162563635 cites W2806483775 @default.
- W3162563635 cites W2888156062 @default.
- W3162563635 cites W2897087802 @default.
- W3162563635 cites W2900919911 @default.
- W3162563635 cites W2902124715 @default.
- W3162563635 cites W2911987625 @default.
- W3162563635 cites W2923179550 @default.
- W3162563635 cites W2941913827 @default.
- W3162563635 cites W2942587830 @default.
- W3162563635 cites W2945879340 @default.
- W3162563635 cites W2952938445 @default.
- W3162563635 cites W2958269097 @default.
- W3162563635 cites W2970041370 @default.
- W3162563635 cites W2971387037 @default.
- W3162563635 cites W2972882787 @default.
- W3162563635 cites W2980145047 @default.
- W3162563635 cites W2987880050 @default.
- W3162563635 cites W3003933825 @default.
- W3162563635 cites W3012102810 @default.
- W3162563635 cites W3013909277 @default.
- W3162563635 cites W3034582951 @default.
- W3162563635 cites W3042413590 @default.
- W3162563635 cites W3045489148 @default.
- W3162563635 cites W3046750203 @default.
- W3162563635 cites W3048787889 @default.
- W3162563635 cites W3087145166 @default.
- W3162563635 cites W3087793231 @default.
- W3162563635 cites W3092439083 @default.
- W3162563635 cites W3100075145 @default.
- W3162563635 cites W3107031456 @default.
- W3162563635 cites W804336101 @default.
- W3162563635 doi "https://doi.org/10.1149/1945-7111/ac0062" @default.
- W3162563635 hasPublicationYear "2021" @default.
- W3162563635 type Work @default.
- W3162563635 sameAs 3162563635 @default.
- W3162563635 citedByCount "11" @default.
- W3162563635 countsByYear W31625636352021 @default.
- W3162563635 countsByYear W31625636352022 @default.
- W3162563635 countsByYear W31625636352023 @default.
- W3162563635 crossrefType "journal-article" @default.
- W3162563635 hasAuthorship W3162563635A5012602129 @default.
- W3162563635 hasAuthorship W3162563635A5020810175 @default.
- W3162563635 hasAuthorship W3162563635A5046106872 @default.
- W3162563635 hasAuthorship W3162563635A5052963286 @default.
- W3162563635 hasAuthorship W3162563635A5056544951 @default.
- W3162563635 hasAuthorship W3162563635A5066250502 @default.
- W3162563635 hasAuthorship W3162563635A5073061221 @default.
- W3162563635 hasAuthorship W3162563635A5079670359 @default.
- W3162563635 hasBestOaLocation W31625636351 @default.
- W3162563635 hasConcept C113196181 @default.
- W3162563635 hasConcept C147789679 @default.
- W3162563635 hasConcept C171250308 @default.
- W3162563635 hasConcept C17525397 @default.
- W3162563635 hasConcept C179104552 @default.
- W3162563635 hasConcept C184651966 @default.