Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382051102> ?p ?o ?g. }
- W4382051102 endingPage "144425" @default.
- W4382051102 startingPage "144425" @default.
- W4382051102 abstract "The design of new corrosion inhibitors for metallic copper is an important path to ensure that it is not corroded in a wide range of applications such as chemical and electronic industries. In this article, carbon dots with fluorescence properties are synthesized as corrosion inhibitors from green biomass through the hydrothermal method. This method does not generate a large number of waste solvents and toxic byproducts, and has excellent potential to replace other methods. Structural characterizations reveal that the biomass carbon dots (BCDs) contain a significant number of heteroatoms (such as N and S) and heteroatom-containing functional groups, which align with the general properties of corrosion inhibitors. The electrochemical analysis demonstrates an impedance value of 6314.1 Ω cm2 in a 50 mg/L BCD solution at 298 K, significantly higher than that observed in the blank solution, resulting in a corrosion inhibition efficiency of 92.97%. Morphological characterizations reveal that BCDs protect copper through adsorption and coordination film mechanisms. BCDs physically adsorb onto the copper surface and chemically coordinate with Cu+ to form a dense and ordered protective film. Notably, we utilize the fluorescence properties of BCDs as a probe to investigate the protective mechanisms of corrosion inhibitors on metals. Overall, the BCDs show great potential as eco-friendly corrosion inhibitors for copper protection, offering a new direction in corrosion research and practical applications." @default.
- W4382051102 created "2023-06-27" @default.
- W4382051102 creator A5010360031 @default.
- W4382051102 creator A5029262835 @default.
- W4382051102 creator A5043881431 @default.
- W4382051102 creator A5079382643 @default.
- W4382051102 creator A5081917986 @default.
- W4382051102 creator A5082540861 @default.
- W4382051102 creator A5085454539 @default.
- W4382051102 date "2023-08-01" @default.
- W4382051102 modified "2023-10-15" @default.
- W4382051102 title "Green synthesis of functionalized fluorescent carbon dots from biomass and their corrosion inhibition mechanism for copper in sulfuric acid environment" @default.
- W4382051102 cites W1965746527 @default.
- W4382051102 cites W1980689398 @default.
- W4382051102 cites W1991303423 @default.
- W4382051102 cites W1999328208 @default.
- W4382051102 cites W2011286463 @default.
- W4382051102 cites W2046703754 @default.
- W4382051102 cites W2054910612 @default.
- W4382051102 cites W2068009411 @default.
- W4382051102 cites W2094891221 @default.
- W4382051102 cites W2095211759 @default.
- W4382051102 cites W2136693699 @default.
- W4382051102 cites W2139247989 @default.
- W4382051102 cites W2168301029 @default.
- W4382051102 cites W2300217941 @default.
- W4382051102 cites W2338551799 @default.
- W4382051102 cites W2556839997 @default.
- W4382051102 cites W2617347300 @default.
- W4382051102 cites W2737854965 @default.
- W4382051102 cites W2742463842 @default.
- W4382051102 cites W2765996910 @default.
- W4382051102 cites W2768478430 @default.
- W4382051102 cites W2775513609 @default.
- W4382051102 cites W2783769572 @default.
- W4382051102 cites W2784371345 @default.
- W4382051102 cites W2789293137 @default.
- W4382051102 cites W2794278486 @default.
- W4382051102 cites W2795253223 @default.
- W4382051102 cites W2805035242 @default.
- W4382051102 cites W2808530088 @default.
- W4382051102 cites W2885135015 @default.
- W4382051102 cites W2889356652 @default.
- W4382051102 cites W2893183207 @default.
- W4382051102 cites W2915290859 @default.
- W4382051102 cites W2939584877 @default.
- W4382051102 cites W2941818147 @default.
- W4382051102 cites W2944740167 @default.
- W4382051102 cites W2953971112 @default.
- W4382051102 cites W2972177635 @default.
- W4382051102 cites W2972238005 @default.
- W4382051102 cites W3010694743 @default.
- W4382051102 cites W3016460215 @default.
- W4382051102 cites W3017303690 @default.
- W4382051102 cites W3017489178 @default.
- W4382051102 cites W3033632022 @default.
- W4382051102 cites W3083670448 @default.
- W4382051102 cites W3107343749 @default.
- W4382051102 cites W3146786931 @default.
- W4382051102 cites W3171615622 @default.
- W4382051102 cites W3176291673 @default.
- W4382051102 cites W3178489105 @default.
- W4382051102 cites W3179683066 @default.
- W4382051102 cites W3181142252 @default.
- W4382051102 cites W3182869380 @default.
- W4382051102 cites W3185161519 @default.
- W4382051102 cites W3197165924 @default.
- W4382051102 cites W3199075890 @default.
- W4382051102 cites W3205761778 @default.
- W4382051102 cites W3214301908 @default.
- W4382051102 cites W4221083967 @default.
- W4382051102 cites W4224066569 @default.
- W4382051102 cites W4281839326 @default.
- W4382051102 cites W4283207894 @default.
- W4382051102 cites W4290841272 @default.
- W4382051102 cites W4292117306 @default.
- W4382051102 cites W4293788819 @default.
- W4382051102 cites W4294182629 @default.
- W4382051102 cites W4308154322 @default.
- W4382051102 cites W4317568988 @default.
- W4382051102 cites W4318770984 @default.
- W4382051102 cites W761578920 @default.
- W4382051102 doi "https://doi.org/10.1016/j.cej.2023.144425" @default.
- W4382051102 hasPublicationYear "2023" @default.
- W4382051102 type Work @default.
- W4382051102 citedByCount "2" @default.
- W4382051102 countsByYear W43820511022023 @default.
- W4382051102 crossrefType "journal-article" @default.
- W4382051102 hasAuthorship W4382051102A5010360031 @default.
- W4382051102 hasAuthorship W4382051102A5029262835 @default.
- W4382051102 hasAuthorship W4382051102A5043881431 @default.
- W4382051102 hasAuthorship W4382051102A5079382643 @default.
- W4382051102 hasAuthorship W4382051102A5081917986 @default.
- W4382051102 hasAuthorship W4382051102A5082540861 @default.
- W4382051102 hasAuthorship W4382051102A5085454539 @default.
- W4382051102 hasConcept C104779481 @default.
- W4382051102 hasConcept C111368507 @default.
- W4382051102 hasConcept C115540264 @default.