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- W2597145172 abstract "There have been extensive experimental observations of the anisotropic corrosion behavior of metals and alloys, and their mechanisms were assumed to be correlated with the so-called surface energy or the work function. However, to date, a specified mechanism or theory to interpret anisotropic corrosion behavior remains unclear. Here, we determine the anisotropic anodic dissolution of metals and alloys in corrosive environments by developing a formula to specify the relationship between the electrode potential (U) and the current density (I) by considering the basic parameters of our defined surface energy density (Esurf/ρ) and the work function (Φ). Therefore, we build an ab initio model to evaluate the anisotropic anodic dissolution behavior of metals and alloys using the inputs obtained within density functional theory. This theory is further validated in the case of variations in the crystallographic planes of Mg. Moreover, some selected alloying additions such as Ga, Cd, Hg, In, As, and Cr are theoretically elucidated to effectively reduce the anodic dissolution rates of the Mg matrix to some extent, in close agreement with available experimental observations. This model is capable of predicting the anisotropic anodic dissolution behavior, providing a promising perspective for designing better corrosion-resistant alloys." @default.
- W2597145172 created "2017-03-23" @default.
- W2597145172 creator A5001827370 @default.
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- W2597145172 date "2017-05-01" @default.
- W2597145172 modified "2023-10-11" @default.
- W2597145172 title "First-principles modeling of anisotropic anodic dissolution of metals and alloys in corrosive environments" @default.
- W2597145172 cites W1811420382 @default.
- W2597145172 cites W1965077843 @default.
- W2597145172 cites W1965367445 @default.
- W2597145172 cites W1966821561 @default.
- W2597145172 cites W1966992952 @default.
- W2597145172 cites W1967185149 @default.
- W2597145172 cites W1970127494 @default.
- W2597145172 cites W1970641611 @default.
- W2597145172 cites W1971812695 @default.
- W2597145172 cites W1972116707 @default.
- W2597145172 cites W1973393580 @default.
- W2597145172 cites W1974870801 @default.
- W2597145172 cites W1976690139 @default.
- W2597145172 cites W1978741683 @default.
- W2597145172 cites W1979723262 @default.
- W2597145172 cites W1981368803 @default.
- W2597145172 cites W1983098627 @default.
- W2597145172 cites W1984532530 @default.
- W2597145172 cites W1986229855 @default.
- W2597145172 cites W1988217862 @default.
- W2597145172 cites W1992495027 @default.
- W2597145172 cites W2007006074 @default.
- W2597145172 cites W2011523380 @default.
- W2597145172 cites W2012574793 @default.
- W2597145172 cites W2013521121 @default.
- W2597145172 cites W2021465193 @default.
- W2597145172 cites W2028903809 @default.
- W2597145172 cites W2030976617 @default.
- W2597145172 cites W2031961748 @default.
- W2597145172 cites W2032944266 @default.
- W2597145172 cites W2035583195 @default.
- W2597145172 cites W2036529499 @default.
- W2597145172 cites W2041330163 @default.
- W2597145172 cites W2042841579 @default.
- W2597145172 cites W2043695984 @default.
- W2597145172 cites W2045897702 @default.
- W2597145172 cites W2047657267 @default.
- W2597145172 cites W2050973515 @default.
- W2597145172 cites W2051595488 @default.
- W2597145172 cites W2053552896 @default.
- W2597145172 cites W2053753655 @default.
- W2597145172 cites W2053982788 @default.
- W2597145172 cites W2058751120 @default.
- W2597145172 cites W2061474025 @default.
- W2597145172 cites W2063011818 @default.
- W2597145172 cites W2063808990 @default.
- W2597145172 cites W2064498015 @default.
- W2597145172 cites W2067120961 @default.
- W2597145172 cites W2068445807 @default.
- W2597145172 cites W2071102863 @default.
- W2597145172 cites W2071538975 @default.
- W2597145172 cites W2072118622 @default.
- W2597145172 cites W2073197763 @default.
- W2597145172 cites W2078640348 @default.
- W2597145172 cites W2079105963 @default.
- W2597145172 cites W2081544353 @default.
- W2597145172 cites W2083222334 @default.
- W2597145172 cites W2083317639 @default.
- W2597145172 cites W2084797580 @default.
- W2597145172 cites W2085763866 @default.
- W2597145172 cites W2089964065 @default.
- W2597145172 cites W2091271900 @default.
- W2597145172 cites W2095396238 @default.
- W2597145172 cites W2117868972 @default.
- W2597145172 cites W2133381397 @default.
- W2597145172 cites W2137070568 @default.
- W2597145172 cites W2152220263 @default.
- W2597145172 cites W2179614637 @default.
- W2597145172 cites W2202751877 @default.
- W2597145172 cites W2230728100 @default.
- W2597145172 cites W2326425975 @default.
- W2597145172 cites W2328159590 @default.
- W2597145172 cites W2330812941 @default.
- W2597145172 cites W2358346540 @default.
- W2597145172 cites W2371441830 @default.
- W2597145172 cites W2472925636 @default.
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- W2597145172 doi "https://doi.org/10.1016/j.actamat.2017.03.027" @default.
- W2597145172 hasPublicationYear "2017" @default.
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