Matches in SemOpenAlex for { <https://semopenalex.org/work/W3037706410> ?p ?o ?g. }
- W3037706410 endingPage "100860" @default.
- W3037706410 startingPage "100860" @default.
- W3037706410 abstract "Ammonia plays a crucial role in food production and industrial manufacturing, and it is predicted as the ideal energy carrier in the future. Typically, it is artificially synthesized from nitrogen and hydrogen through the Haber-Bosch process, which consumes ~5% of the global natural gas supply and emits ~1.5% of the global greenhouse gas. In recent years, electrocatalytic ammonia synthesis from nitrogen and water under mild conditions utilizing renewable electricity has drawn much attention from the scientific community owing to its potential in producing ammonia through a clean and sustainable route. Numerous achievements have been made during the past few years; nevertheless, two major challenges remain. These are the low catalytic activity due to the inertness of nitrogen molecule and the low selectivity attributed to the violent hydrogen evolution side reaction. This review will discuss the fundamentals of electrocatalytic ammonia synthesis at the atomic level relying on a thorough understanding of the mechanism involved in the Haber-Bosch process. The theoretical screening of the electrocatalysts and the experimental practice of rational electrocatalyst design with different strategies are reviewed. Importantly, the relations among design strategies, the catalytic activity and selectivity of the catalyst are evaluated. Additionally, key experimental techniques to conduct an insightful and efficient study of the subject area are discussed. Finally, current challenges and the strategies for overcoming these challenges are examined." @default.
- W3037706410 created "2020-07-02" @default.
- W3037706410 creator A5021275588 @default.
- W3037706410 creator A5022137204 @default.
- W3037706410 creator A5036070371 @default.
- W3037706410 creator A5054207319 @default.
- W3037706410 creator A5075828858 @default.
- W3037706410 creator A5079808010 @default.
- W3037706410 creator A5091080319 @default.
- W3037706410 date "2020-11-01" @default.
- W3037706410 modified "2023-10-05" @default.
- W3037706410 title "Advances in electrocatalytic ammonia synthesis under mild conditions" @default.
- W3037706410 cites W1618810017 @default.
- W3037706410 cites W1965467985 @default.
- W3037706410 cites W1966747741 @default.
- W3037706410 cites W1970329395 @default.
- W3037706410 cites W1973634181 @default.
- W3037706410 cites W1974324776 @default.
- W3037706410 cites W1976310442 @default.
- W3037706410 cites W1977956754 @default.
- W3037706410 cites W1979842219 @default.
- W3037706410 cites W1981353018 @default.
- W3037706410 cites W1981755966 @default.
- W3037706410 cites W1982647191 @default.
- W3037706410 cites W1992043968 @default.
- W3037706410 cites W1998753641 @default.
- W3037706410 cites W1998914537 @default.
- W3037706410 cites W2000106176 @default.
- W3037706410 cites W2004589001 @default.
- W3037706410 cites W2007609689 @default.
- W3037706410 cites W2007740449 @default.
- W3037706410 cites W2011327595 @default.
- W3037706410 cites W2015192197 @default.
- W3037706410 cites W2015294180 @default.
- W3037706410 cites W2019901122 @default.
- W3037706410 cites W2020023668 @default.
- W3037706410 cites W2021333787 @default.
- W3037706410 cites W2021886992 @default.
- W3037706410 cites W2023970589 @default.
- W3037706410 cites W2028975847 @default.
- W3037706410 cites W2032250053 @default.
- W3037706410 cites W2034376552 @default.
- W3037706410 cites W2034776271 @default.
- W3037706410 cites W2035556483 @default.
- W3037706410 cites W2037530558 @default.
- W3037706410 cites W2038851518 @default.
- W3037706410 cites W2044226308 @default.
- W3037706410 cites W2046464621 @default.
- W3037706410 cites W2052606906 @default.
- W3037706410 cites W2065549743 @default.
- W3037706410 cites W2070540975 @default.
- W3037706410 cites W2073248940 @default.
- W3037706410 cites W2074527904 @default.
- W3037706410 cites W2080372308 @default.
- W3037706410 cites W2080386283 @default.
- W3037706410 cites W2084076414 @default.
- W3037706410 cites W2090802724 @default.
- W3037706410 cites W2094123969 @default.
- W3037706410 cites W2100929361 @default.
- W3037706410 cites W2114804457 @default.
- W3037706410 cites W2124126215 @default.
- W3037706410 cites W2130953876 @default.
- W3037706410 cites W2148505233 @default.
- W3037706410 cites W2148529303 @default.
- W3037706410 cites W2148707525 @default.
- W3037706410 cites W2149975615 @default.
- W3037706410 cites W2151165491 @default.
- W3037706410 cites W2152086219 @default.
- W3037706410 cites W2171028978 @default.
- W3037706410 cites W2225723597 @default.
- W3037706410 cites W2259863246 @default.
- W3037706410 cites W2289079591 @default.
- W3037706410 cites W2317323252 @default.
- W3037706410 cites W2322494753 @default.
- W3037706410 cites W2339336236 @default.
- W3037706410 cites W2346735545 @default.
- W3037706410 cites W2414522883 @default.
- W3037706410 cites W2418188601 @default.
- W3037706410 cites W2460396937 @default.
- W3037706410 cites W2461419449 @default.
- W3037706410 cites W2468914020 @default.
- W3037706410 cites W2502288548 @default.
- W3037706410 cites W2553891675 @default.
- W3037706410 cites W2556334122 @default.
- W3037706410 cites W2560176924 @default.
- W3037706410 cites W2560475790 @default.
- W3037706410 cites W2589865386 @default.
- W3037706410 cites W2591686856 @default.
- W3037706410 cites W2744886316 @default.
- W3037706410 cites W2751738947 @default.
- W3037706410 cites W2751924681 @default.
- W3037706410 cites W2758449232 @default.
- W3037706410 cites W2766829889 @default.
- W3037706410 cites W2769390082 @default.
- W3037706410 cites W2770934075 @default.
- W3037706410 cites W2776687276 @default.
- W3037706410 cites W2781713722 @default.
- W3037706410 cites W2782991110 @default.