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• W4308159277 endingPage "3394" @default.
• W4308159277 startingPage "3357" @default.
• W4308159277 abstract "Zinc-air batteries (ZABs), with advantages of high energy density (1,086 Wh kg −1 ), high safety, environmental friendliness, and low cost, have attracted extensive attention. Designing efficient oxygen electrocatalysts is crucial for development of high-performance ZABs. Here, we review the recent progress of designing efficient oxygen electrocatalysts ranging from nanomaterials to single-atom catalysts. Various strategies (including introduction of defects, doping, size effects, synergistic effects, etc.) for designing advanced oxygen electrocatalysts are discussed, and the structure-activity relationships of typical catalysts are analyzed. Experimental results combined with theoretical calculations are used to analyze the reaction mechanism of oxygen electrocatalysts, which will promote development of ZABs. Finally, future directions and challenging perspectives for oxygen electrocatalysts are discussed. Development of renewable clean energy is urgently needed to solve the increasing energy shortage and environmental pollution. The goal of realizing carbon neutralization puts forward stricter requirements for developing new energy technologies. Among various energy storage and conversion devices, zinc-air batteries have unique advantages, such as high energy density, high safety, environmental friendliness, and low cost, endowing them with great potential for advanced energy supply systems. Designing efficient oxygen electrocatalysts is crucial for improving the energy conversion efficiency and operational stability of zinc-air batteries. This review summarizes the recent progress of advanced oxygen electrocatalysts for zinc-air batteries, which is of great importance to guide future directions of emerging oxygen electrocatalysts. Designing efficient oxygen electrocatalysts is crucial for improving the energy conversion efficiency of zinc-air batteries. In this review, Han et al. discuss the recent progress of designing efficient oxygen electrocatalysts ranging from nanomaterials to single-atom catalysts. Various strategies for designing advanced oxygen electrocatalysts are discussed, and the structure-activity relationships of typical catalysts are analyzed. Experimental results combined with theoretical calculations are used to analyze the reaction mechanism of oxygen electrocatalysts, which will promote development of ZABs." @default.
• W4308159277 created "2022-11-08" @default.
• W4308159277 creator A5017654426 @default.
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• W4308159277 creator A5080030802 @default.
• W4308159277 creator A5091386692 @default.
• W4308159277 date "2022-12-01" @default.
• W4308159277 modified "2023-10-16" @default.
• W4308159277 title "Rational design of advanced oxygen electrocatalysts for high-performance zinc-air batteries" @default.
• W4308159277 cites W1872001489 @default.
• W4308159277 cites W1970350587 @default.
• W4308159277 cites W1972727161 @default.
• W4308159277 cites W1979396951 @default.
• W4308159277 cites W1984625256 @default.
• W4308159277 cites W1987262360 @default.
• W4308159277 cites W1995375198 @default.
• W4308159277 cites W1998298257 @default.
• W4308159277 cites W2009901571 @default.
• W4308159277 cites W2087260555 @default.
• W4308159277 cites W2098004693 @default.
• W4308159277 cites W2104242056 @default.
• W4308159277 cites W2108356904 @default.
• W4308159277 cites W2110517612 @default.
• W4308159277 cites W2134392780 @default.
• W4308159277 cites W2134716155 @default.
• W4308159277 cites W2150556972 @default.
• W4308159277 cites W2170732415 @default.
• W4308159277 cites W2185048183 @default.
• W4308159277 cites W2203309456 @default.
• W4308159277 cites W2272252865 @default.
• W4308159277 cites W2323744207 @default.
• W4308159277 cites W2338271276 @default.
• W4308159277 cites W2346795724 @default.
• W4308159277 cites W2364175558 @default.
• W4308159277 cites W2442444723 @default.
• W4308159277 cites W2511111010 @default.
• W4308159277 cites W2519154941 @default.
• W4308159277 cites W2520851868 @default.
• W4308159277 cites W2558095361 @default.
• W4308159277 cites W2565391790 @default.
• W4308159277 cites W2567491100 @default.
• W4308159277 cites W2570057931 @default.
• W4308159277 cites W2573377826 @default.
• W4308159277 cites W2575823937 @default.
• W4308159277 cites W2593711921 @default.
• W4308159277 cites W2597849655 @default.
• W4308159277 cites W2617194355 @default.
• W4308159277 cites W2734932706 @default.
• W4308159277 cites W2737674645 @default.
• W4308159277 cites W2752366461 @default.
• W4308159277 cites W2756162315 @default.
• W4308159277 cites W2765948230 @default.
• W4308159277 cites W2771391008 @default.
• W4308159277 cites W2783624415 @default.
• W4308159277 cites W2788289359 @default.
• W4308159277 cites W2790087907 @default.
• W4308159277 cites W2790188621 @default.
• W4308159277 cites W2793457070 @default.
• W4308159277 cites W2798241172 @default.
• W4308159277 cites W2800421092 @default.
• W4308159277 cites W2802791016 @default.
• W4308159277 cites W2808025896 @default.
• W4308159277 cites W2808136178 @default.
• W4308159277 cites W2809925599 @default.
• W4308159277 cites W2884616778 @default.
• W4308159277 cites W2884659972 @default.
• W4308159277 cites W2886193535 @default.
• W4308159277 cites W2886793488 @default.
• W4308159277 cites W2888311456 @default.
• W4308159277 cites W2896696885 @default.
• W4308159277 cites W2898902949 @default.
• W4308159277 cites W2900054010 @default.
• W4308159277 cites W2900657835 @default.
• W4308159277 cites W2904394099 @default.
• W4308159277 cites W2905049004 @default.
• W4308159277 cites W2911501322 @default.
• W4308159277 cites W2915426854 @default.
• W4308159277 cites W2916554240 @default.
• W4308159277 cites W2916576518 @default.
• W4308159277 cites W2917858626 @default.
• W4308159277 cites W2922160081 @default.
• W4308159277 cites W2933257288 @default.
• W4308159277 cites W2940904991 @default.
• W4308159277 cites W2944722173 @default.
• W4308159277 cites W2944813870 @default.
• W4308159277 cites W2945287058 @default.
• W4308159277 cites W2950956356 @default.
• W4308159277 cites W2953245135 @default.
• W4308159277 cites W2954923734 @default.
• W4308159277 cites W2955034453 @default.
• W4308159277 cites W2958981697 @default.
• W4308159277 cites W2959587863 @default.
• W4308159277 cites W2969586973 @default.
• W4308159277 cites W2973160224 @default.

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