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- W3180327968 abstract "It has been well-established that organic corrosion inhibitors often form protective film through coordinate bonding with the metal. Different computational and experimental methods are used to describe the nature and effectiveness of such metal-inhibitor bonds. Quantitative structure activity relationship (QSAR) is one of the most recent and reliable computational methods used to describe metal-inhibitor coordination, leading to corrosion inhibition. The quest for the design of new, high-performance environmentally benign compounds that can effectively impede corrosion without excessive large-scale experimental trials has heightened research interest in molecular structure-corrosion inhibition relationship. Correlation between corrosion inhibition potentials and molecular descriptors of organic compounds is becoming increasingly advanced. This is also as new techniques such as machine learning, artificial neural network (ANN), support vector machine (SVM) and genetic function approximation (GFA) are becoming more famous with advancement in computer technology. This review article presents a summary of previous works on the use of QSAR and ANN as predictive tools for metal-organic compound coordination towards corrosion inhibition." @default.
- W3180327968 created "2021-07-19" @default.
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- W3180327968 date "2021-11-01" @default.
- W3180327968 modified "2023-10-16" @default.
- W3180327968 title "Quantitative structure activity relationship and artificial neural network as vital tools in predicting coordination capabilities of organic compounds with metal surface: A review" @default.
- W3180327968 cites W1606968589 @default.
- W3180327968 cites W1874196965 @default.
- W3180327968 cites W1894307550 @default.
- W3180327968 cites W1908369205 @default.
- W3180327968 cites W1911949846 @default.
- W3180327968 cites W1967040140 @default.
- W3180327968 cites W1967870532 @default.
- W3180327968 cites W1969016170 @default.
- W3180327968 cites W1970760268 @default.
- W3180327968 cites W1979659478 @default.
- W3180327968 cites W1981789017 @default.
- W3180327968 cites W1983523338 @default.
- W3180327968 cites W1984489431 @default.
- W3180327968 cites W1986525946 @default.
- W3180327968 cites W1986998867 @default.
- W3180327968 cites W1987194551 @default.
- W3180327968 cites W1987241361 @default.
- W3180327968 cites W1988378541 @default.
- W3180327968 cites W1989256401 @default.
- W3180327968 cites W1991120210 @default.
- W3180327968 cites W1992780335 @default.
- W3180327968 cites W1995052844 @default.
- W3180327968 cites W1995421671 @default.
- W3180327968 cites W1995855520 @default.
- W3180327968 cites W1998644848 @default.
- W3180327968 cites W1998914622 @default.
- W3180327968 cites W2003206903 @default.
- W3180327968 cites W2004600818 @default.
- W3180327968 cites W2004691988 @default.
- W3180327968 cites W2005854793 @default.
- W3180327968 cites W2006441761 @default.
- W3180327968 cites W2007464729 @default.
- W3180327968 cites W2007810719 @default.
- W3180327968 cites W2010102857 @default.
- W3180327968 cites W2011012616 @default.
- W3180327968 cites W2016006902 @default.
- W3180327968 cites W2016315572 @default.
- W3180327968 cites W2020821227 @default.
- W3180327968 cites W2022089444 @default.
- W3180327968 cites W2022201160 @default.
- W3180327968 cites W2023888181 @default.
- W3180327968 cites W2024229887 @default.
- W3180327968 cites W2024633584 @default.
- W3180327968 cites W2025232592 @default.
- W3180327968 cites W2026568118 @default.
- W3180327968 cites W2027203545 @default.
- W3180327968 cites W2027388797 @default.
- W3180327968 cites W2027844216 @default.
- W3180327968 cites W2030756103 @default.
- W3180327968 cites W2031082832 @default.
- W3180327968 cites W2031088026 @default.
- W3180327968 cites W2033010224 @default.
- W3180327968 cites W2033789737 @default.
- W3180327968 cites W2034648718 @default.
- W3180327968 cites W2041242595 @default.
- W3180327968 cites W2041526064 @default.
- W3180327968 cites W2042763045 @default.
- W3180327968 cites W2043065249 @default.
- W3180327968 cites W2043218787 @default.
- W3180327968 cites W2044409584 @default.
- W3180327968 cites W2044466050 @default.
- W3180327968 cites W2045169369 @default.
- W3180327968 cites W2046483294 @default.
- W3180327968 cites W2046719889 @default.
- W3180327968 cites W2050148068 @default.
- W3180327968 cites W2050983167 @default.
- W3180327968 cites W2052226480 @default.
- W3180327968 cites W2053532339 @default.
- W3180327968 cites W2053709546 @default.
- W3180327968 cites W2054716083 @default.
- W3180327968 cites W2056328922 @default.
- W3180327968 cites W2057793908 @default.
- W3180327968 cites W2059519577 @default.
- W3180327968 cites W2059559564 @default.
- W3180327968 cites W2060872064 @default.
- W3180327968 cites W2064365300 @default.
- W3180327968 cites W2065579828 @default.
- W3180327968 cites W2065628646 @default.
- W3180327968 cites W2068265281 @default.
- W3180327968 cites W2070274132 @default.
- W3180327968 cites W2071180349 @default.
- W3180327968 cites W2071932723 @default.
- W3180327968 cites W2072226805 @default.
- W3180327968 cites W2072650857 @default.
- W3180327968 cites W2075728844 @default.