FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3201780345> ?p ?o ?g. }

• W3201780345 endingPage "132457" @default.
• W3201780345 startingPage "132457" @default.
• W3201780345 abstract "Lead (Pb) is the most widely used anode in zinc (Zn) electrowinning and other metallurgical industries. The resource loss and environmental pollution caused by Pb anode corrosion are urgent problems to be solved. A γ-MnO2 precoated anode was prepared successfully to reduce the Pb-containing pollutant. The size effects with its controllable preparation on an industrial scale were studied. Severe nonuniform distribution of γ-MnO2 film was observed with curbing the reduction of anode slime only 68%, when anode size increased from lab to industry. Nonuniform rate (R) and average thickness (d) were found to be the key indicators to determine the film structure distribution and their performance differences, which were random and difficult to be controlled in scale-up size. However, a controllable industrial γ-MnO2 precoated anodes (IMPA) fabricated through optimized current density (J0) and electrodeposition time (t) in our developed film-forming system. Then, the long-term performances of two IMPA with different indicators (IMPA-1: R = 34%, d = 108 μm, IMPA-2: R = 23%, d = 55 μm) were compared with the industrial typical Pb-based anode (ITPA). Of the three different anodes, the optimized IMPA-2 displayed the best performance. Within 24 d of electrowinning cycle, the corrosion inhibition effect and the anode slime reduction rate for IMPA-2 improved by 56% and 30% than IMPA-1, and improved by 100% and 91% than ITPA. Furthermore, the mechanism analysis of size effect change showed that R of IMPA was contributed to the local gas holdup distribution along the anode. Controlled size effect of uniform oxide film will have a future application prospect for the sustainability of industry, which provides an important cleaner production of Zn electrowinning and related hydrometallurgy industries." @default.
• W3201780345 created "2021-10-11" @default.
• W3201780345 creator A5005303316 @default.
• W3201780345 creator A5015670282 @default.
• W3201780345 creator A5015922796 @default.
• W3201780345 creator A5016778720 @default.
• W3201780345 creator A5018214101 @default.
• W3201780345 creator A5031189580 @default.
• W3201780345 creator A5053696692 @default.
• W3201780345 creator A5054325872 @default.
• W3201780345 creator A5074461919 @default.
• W3201780345 creator A5074957020 @default.
• W3201780345 creator A5075418872 @default.
• W3201780345 creator A5078608062 @default.
• W3201780345 creator A5088196965 @default.
• W3201780345 creator A5089244317 @default.
• W3201780345 date "2022-01-01" @default.
• W3201780345 modified "2023-10-16" @default.
• W3201780345 title "Size effect of γ-MnO2 precoated anode on lead-containing pollutant reduction and its controllable fabrication in industrial-scale for zinc electrowinning" @default.
• W3201780345 cites W129969308 @default.
• W3201780345 cites W1979783000 @default.
• W3201780345 cites W1983829411 @default.
• W3201780345 cites W2019507331 @default.
• W3201780345 cites W2026018725 @default.
• W3201780345 cites W2033906696 @default.
• W3201780345 cites W2034365037 @default.
• W3201780345 cites W2045954006 @default.
• W3201780345 cites W2047087323 @default.
• W3201780345 cites W2052779930 @default.
• W3201780345 cites W2057727284 @default.
• W3201780345 cites W2067930987 @default.
• W3201780345 cites W2076474318 @default.
• W3201780345 cites W2076943411 @default.
• W3201780345 cites W2085999161 @default.
• W3201780345 cites W2113937258 @default.
• W3201780345 cites W2121111112 @default.
• W3201780345 cites W2140631852 @default.
• W3201780345 cites W2159727241 @default.
• W3201780345 cites W2567575592 @default.
• W3201780345 cites W2695240086 @default.
• W3201780345 cites W2741799320 @default.
• W3201780345 cites W2763637157 @default.
• W3201780345 cites W2777906305 @default.
• W3201780345 cites W2788164386 @default.
• W3201780345 cites W2799832025 @default.
• W3201780345 cites W2917817091 @default.
• W3201780345 cites W2929284304 @default.
• W3201780345 cites W2992187534 @default.
• W3201780345 cites W2998702758 @default.
• W3201780345 cites W3012260888 @default.
• W3201780345 cites W3013678453 @default.
• W3201780345 cites W3014677610 @default.
• W3201780345 cites W3025584422 @default.
• W3201780345 cites W3025777625 @default.
• W3201780345 cites W3030205905 @default.
• W3201780345 cites W3038212201 @default.
• W3201780345 cites W3038609563 @default.
• W3201780345 cites W3040088641 @default.
• W3201780345 cites W3089278188 @default.
• W3201780345 cites W3094075899 @default.
• W3201780345 cites W3097879655 @default.
• W3201780345 cites W3116313198 @default.
• W3201780345 cites W3132533552 @default.
• W3201780345 cites W649294049 @default.
• W3201780345 doi "https://doi.org/10.1016/j.chemosphere.2021.132457" @default.
• W3201780345 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34610373" @default.
• W3201780345 hasPublicationYear "2022" @default.
• W3201780345 type Work @default.
• W3201780345 sameAs 3201780345 @default.
• W3201780345 citedByCount "8" @default.
• W3201780345 countsByYear W32017803452022 @default.
• W3201780345 countsByYear W32017803452023 @default.
• W3201780345 crossrefType "journal-article" @default.
• W3201780345 hasAuthorship W3201780345A5005303316 @default.
• W3201780345 hasAuthorship W3201780345A5015670282 @default.
• W3201780345 hasAuthorship W3201780345A5015922796 @default.
• W3201780345 hasAuthorship W3201780345A5016778720 @default.
• W3201780345 hasAuthorship W3201780345A5018214101 @default.
• W3201780345 hasAuthorship W3201780345A5031189580 @default.
• W3201780345 hasAuthorship W3201780345A5053696692 @default.
• W3201780345 hasAuthorship W3201780345A5054325872 @default.
• W3201780345 hasAuthorship W3201780345A5074461919 @default.
• W3201780345 hasAuthorship W3201780345A5074957020 @default.
• W3201780345 hasAuthorship W3201780345A5075418872 @default.
• W3201780345 hasAuthorship W3201780345A5078608062 @default.
• W3201780345 hasAuthorship W3201780345A5088196965 @default.
• W3201780345 hasAuthorship W3201780345A5089244317 @default.
• W3201780345 hasConcept C147789679 @default.
• W3201780345 hasConcept C17525397 @default.
• W3201780345 hasConcept C178790620 @default.
• W3201780345 hasConcept C185592680 @default.
• W3201780345 hasConcept C191897082 @default.
• W3201780345 hasConcept C192562407 @default.
• W3201780345 hasConcept C535196362 @default.
• W3201780345 hasConcept C68047255 @default.
• W3201780345 hasConcept C82685317 @default.
• W3201780345 hasConcept C89395315 @default.
• W3201780345 hasConceptScore W3201780345C147789679 @default.

• next