Matches in SemOpenAlex for { <https://semopenalex.org/work/W3108407651> ?p ?o ?g. }
- W3108407651 endingPage "444" @default.
- W3108407651 startingPage "429" @default.
- W3108407651 abstract "Abstract Decarbonization of the global energy system requires a coordinated effort towards disruptive technology of renewable energy conversion and storage (ECS) that can be potential to secure and diversify energy systems by increasing efficiency of conversion and storage of intermittent energy sources. Porous nanostructures have been newly reported as a promising class of most effective materials for this purpose because of their unique advantages in terms of large surface‐to‐volume ratios, surface permeability, and void spaces. These offer abundant active sites for ultimate electrochemical activities by the shortening pathway of mass/charge transport. Particularly, Fe‐based mesoporous nanostructures (mp‐FeNSs) have been recently fascinating. Iron is a principal active center in nanocomposites and has high industrial suitability for next‐generation technology owing to its environment friendliness, abundance, and low cost. In this review, crucial technical advances related to mp‐FeNSs that have occurred during 2016–2020 are summarized in terms of synthesis, structural design strategy, and ECS applications such as water electrocatalysis, Li‐ion batteries, and supercapacitors. This review is supportive for potential readers to obtain general and professional information in this field since Fe‐based energy materials are exclusively introduced in the article including a fundamental understanding of electrochemistry and related technologies in detail." @default.
- W3108407651 created "2020-12-07" @default.
- W3108407651 creator A5006337656 @default.
- W3108407651 creator A5021259832 @default.
- W3108407651 creator A5038450408 @default.
- W3108407651 creator A5043745140 @default.
- W3108407651 date "2020-12-14" @default.
- W3108407651 modified "2023-10-15" @default.
- W3108407651 title "Fe‐Based Mesoporous Nanostructures for Electrochemical Conversion and Storage of Energy" @default.
- W3108407651 cites W1842586140 @default.
- W3108407651 cites W1982414605 @default.
- W3108407651 cites W1994645277 @default.
- W3108407651 cites W2000581562 @default.
- W3108407651 cites W2002449355 @default.
- W3108407651 cites W2018624132 @default.
- W3108407651 cites W2053219565 @default.
- W3108407651 cites W2055239040 @default.
- W3108407651 cites W2062267311 @default.
- W3108407651 cites W2077621515 @default.
- W3108407651 cites W2079647936 @default.
- W3108407651 cites W2108561247 @default.
- W3108407651 cites W2167709645 @default.
- W3108407651 cites W2171034745 @default.
- W3108407651 cites W2193610107 @default.
- W3108407651 cites W2268456782 @default.
- W3108407651 cites W2297053844 @default.
- W3108407651 cites W2304188020 @default.
- W3108407651 cites W2313466107 @default.
- W3108407651 cites W2340626359 @default.
- W3108407651 cites W2346490328 @default.
- W3108407651 cites W2393407731 @default.
- W3108407651 cites W2397119292 @default.
- W3108407651 cites W2411896548 @default.
- W3108407651 cites W2466995686 @default.
- W3108407651 cites W2469219148 @default.
- W3108407651 cites W2502945088 @default.
- W3108407651 cites W2508114835 @default.
- W3108407651 cites W2510136453 @default.
- W3108407651 cites W2513192250 @default.
- W3108407651 cites W2515474594 @default.
- W3108407651 cites W2534928601 @default.
- W3108407651 cites W2543534215 @default.
- W3108407651 cites W2544535428 @default.
- W3108407651 cites W2547537008 @default.
- W3108407651 cites W2565767854 @default.
- W3108407651 cites W2572913071 @default.
- W3108407651 cites W2572949354 @default.
- W3108407651 cites W2575823937 @default.
- W3108407651 cites W2576983657 @default.
- W3108407651 cites W2581012775 @default.
- W3108407651 cites W2582868105 @default.
- W3108407651 cites W2586626345 @default.
- W3108407651 cites W2607231338 @default.
- W3108407651 cites W2608294287 @default.
- W3108407651 cites W2614901328 @default.
- W3108407651 cites W2616659913 @default.
- W3108407651 cites W2620175561 @default.
- W3108407651 cites W2620178520 @default.
- W3108407651 cites W2691633370 @default.
- W3108407651 cites W2732114590 @default.
- W3108407651 cites W2732165182 @default.
- W3108407651 cites W2735107518 @default.
- W3108407651 cites W2736043283 @default.
- W3108407651 cites W2746219525 @default.
- W3108407651 cites W2746999810 @default.
- W3108407651 cites W2753204810 @default.
- W3108407651 cites W2753220378 @default.
- W3108407651 cites W2753256891 @default.
- W3108407651 cites W2754007559 @default.
- W3108407651 cites W2755768317 @default.
- W3108407651 cites W2762741261 @default.
- W3108407651 cites W2765890198 @default.
- W3108407651 cites W2766455381 @default.
- W3108407651 cites W2766681287 @default.
- W3108407651 cites W2767930587 @default.
- W3108407651 cites W2768138026 @default.
- W3108407651 cites W2768401476 @default.
- W3108407651 cites W2769127768 @default.
- W3108407651 cites W2769390904 @default.
- W3108407651 cites W2772536680 @default.
- W3108407651 cites W2777651141 @default.
- W3108407651 cites W2784294647 @default.
- W3108407651 cites W2786825129 @default.
- W3108407651 cites W2790695536 @default.
- W3108407651 cites W2791911238 @default.
- W3108407651 cites W2794139022 @default.
- W3108407651 cites W2794172956 @default.
- W3108407651 cites W2795426015 @default.
- W3108407651 cites W2796568833 @default.
- W3108407651 cites W2797510580 @default.
- W3108407651 cites W2799921393 @default.
- W3108407651 cites W2801391750 @default.
- W3108407651 cites W2801917460 @default.
- W3108407651 cites W2802500126 @default.
- W3108407651 cites W2804828295 @default.
- W3108407651 cites W2808562695 @default.
- W3108407651 cites W2809925599 @default.
- W3108407651 cites W2885081932 @default.