Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281766789> ?p ?o ?g. }
- W4281766789 abstract "Abstract Layer‐structured metal vanadates have attracted extensive attention as cathode materials due to multi‐electron redox reactions and versatile cations storage capability. Nevertheless, their actual promotion is still hindered by the sluggish reaction kinetics and inferior phase transition upon repeated cations (de)intercalation. Here, large‐sized NH 4 + is introduced into the K‐site of K 0.43 (NH 4 ) 0.12 V 2 O 5– δ to enable more kinetically favorable oxygen vacancies. The reinforced structure ensures complete solid‐solution phase transition and buffers the dramatic structural change upon potassium storage. The stable presence of NH 4 + as pillars during cycling is also confirmed. Meanwhile, the oxygen vacancies induced by alkali‐site substitution can facilitate ion diffusion and enhance the electronic conductivity, as further demonstrated by theoretical calculations. Therefore, it exhibits a high capacity of 117.8 mA g −1 at 20 mA g −1 with smooth profiles and superior capacity retention of 92.5% after 800 cycles at 1000 mA g −1 . Such an effective synergetic strategy also promotes its zinc storage capability, which performs negligible self‐discharge behavior and retains a reversible capacity of 216.8 mAh g −1 after 3000 cycles at 10 A g −1 . This synergetic strategy may provide novel perspectives to develop layer‐structured cathode and facilitate its practical application in energy storage devices." @default.
- W4281766789 created "2022-06-13" @default.
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- W4281766789 date "2022-05-26" @default.
- W4281766789 modified "2023-10-17" @default.
- W4281766789 title "Synergetic Effect of Alkali‐Site Substitution and Oxygen Vacancy Boosting Vanadate Cathode for Super‐Stable Potassium and Zinc Storage" @default.
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- W4281766789 cites W2029026291 @default.
- W4281766789 cites W2042864804 @default.
- W4281766789 cites W2070258945 @default.
- W4281766789 cites W2089861364 @default.
- W4281766789 cites W2327882415 @default.
- W4281766789 cites W2584997052 @default.
- W4281766789 cites W2781927823 @default.
- W4281766789 cites W2783464419 @default.
- W4281766789 cites W2786221191 @default.
- W4281766789 cites W2787322343 @default.
- W4281766789 cites W2803192382 @default.
- W4281766789 cites W2887125016 @default.
- W4281766789 cites W2887470853 @default.
- W4281766789 cites W2895824812 @default.
- W4281766789 cites W2898168565 @default.
- W4281766789 cites W2898842662 @default.
- W4281766789 cites W2901624936 @default.
- W4281766789 cites W2904532152 @default.
- W4281766789 cites W2943846926 @default.
- W4281766789 cites W2946754276 @default.
- W4281766789 cites W2954702723 @default.
- W4281766789 cites W2970399579 @default.
- W4281766789 cites W2977543357 @default.
- W4281766789 cites W2980532048 @default.
- W4281766789 cites W2992037456 @default.
- W4281766789 cites W2998705289 @default.
- W4281766789 cites W2998844323 @default.
- W4281766789 cites W3008103343 @default.
- W4281766789 cites W3008906143 @default.
- W4281766789 cites W3009459874 @default.
- W4281766789 cites W3010864873 @default.
- W4281766789 cites W3011427171 @default.
- W4281766789 cites W3014970530 @default.
- W4281766789 cites W3016726557 @default.
- W4281766789 cites W3023566353 @default.
- W4281766789 cites W3024096808 @default.
- W4281766789 cites W3035032358 @default.
- W4281766789 cites W3037306852 @default.
- W4281766789 cites W3041929578 @default.
- W4281766789 cites W3045563350 @default.
- W4281766789 cites W3082803446 @default.
- W4281766789 cites W3086978961 @default.
- W4281766789 cites W3092416059 @default.
- W4281766789 cites W3097884393 @default.
- W4281766789 cites W3111887939 @default.
- W4281766789 cites W3116578724 @default.
- W4281766789 cites W3118667638 @default.
- W4281766789 cites W3120812003 @default.
- W4281766789 cites W3126506420 @default.
- W4281766789 cites W3128439240 @default.
- W4281766789 cites W3128619250 @default.
- W4281766789 cites W3132326733 @default.
- W4281766789 cites W3145637438 @default.
- W4281766789 cites W3146941990 @default.
- W4281766789 cites W3156577582 @default.
- W4281766789 cites W3156966875 @default.
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- W4281766789 cites W3160690857 @default.
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- W4281766789 cites W3179810014 @default.
- W4281766789 cites W3186269853 @default.
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- W4281766789 doi "https://doi.org/10.1002/adfm.202203819" @default.
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