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- W4385686594 endingPage "100012" @default.
- W4385686594 startingPage "100012" @default.
- W4385686594 abstract "Oxygen evolution reaction (OER) is a crucial half-reaction in electrochemical water splitting, and efficient and durable electrocatalysts are required to improve the sluggish OER kinetics. However, the inevitable formation of chemical oxygen species (COSs) in the OER process heavily impacts the reaction pathway and kinetics. Precisely identifying the COSs generated during OER and acknowledging their chemo-reactivity is highly beneficial for understanding the OER mechanism and facilitating the rational design of advanced catalysts. One of the major challenges in probing the COSs is the detection of COSs under working conditions due to the transient nature and relative low coverage. This review summarizes various COSs detected on different OER electrocatalysts, including adsorbed hydroxyl (M-OH*), adsorbed oxygen (M-O*), adsorbed superoxide intermediates (M-OOH* and M-OOn-*). With these COSs probed, the possible OER mechanisms with the inter-conversion of these COSs are described. Additionally, the detailed in situ techniques for characterizing specific COSs are also introduced. Finally, we discuss remaining challenges in identifying the COSs and provide some perspectives for the design of next-generation OER electrocatalysts. By emphasizing the COSs during OER, we aim to provide vivid images of the OER transformations on the atomic scales and encourage more studies on correlating the atomic pictures of OER pathways with the active sites as well as catalyst structures." @default.
- W4385686594 created "2023-08-10" @default.
- W4385686594 creator A5028430951 @default.
- W4385686594 creator A5030549050 @default.
- W4385686594 creator A5031367144 @default.
- W4385686594 creator A5064663122 @default.
- W4385686594 creator A5072054932 @default.
- W4385686594 creator A5088582725 @default.
- W4385686594 date "2023-09-01" @default.
- W4385686594 modified "2023-10-14" @default.
- W4385686594 title "Chemical oxygen species on electrocatalytic materials during oxygen evolution reaction" @default.
- W4385686594 cites W1534192359 @default.
- W4385686594 cites W1976784016 @default.
- W4385686594 cites W1981136535 @default.
- W4385686594 cites W1989031273 @default.
- W4385686594 cites W1996991640 @default.
- W4385686594 cites W2012090737 @default.
- W4385686594 cites W2013394816 @default.
- W4385686594 cites W2025678984 @default.
- W4385686594 cites W2043396906 @default.
- W4385686594 cites W2048252048 @default.
- W4385686594 cites W2124128778 @default.
- W4385686594 cites W2156900578 @default.
- W4385686594 cites W2195375488 @default.
- W4385686594 cites W2202905899 @default.
- W4385686594 cites W2228227536 @default.
- W4385686594 cites W2244699475 @default.
- W4385686594 cites W2278066700 @default.
- W4385686594 cites W2323275360 @default.
- W4385686594 cites W2323651114 @default.
- W4385686594 cites W2326895507 @default.
- W4385686594 cites W2328832782 @default.
- W4385686594 cites W2468442926 @default.
- W4385686594 cites W2473591459 @default.
- W4385686594 cites W2541023699 @default.
- W4385686594 cites W2542174119 @default.
- W4385686594 cites W2555759753 @default.
- W4385686594 cites W2567342708 @default.
- W4385686594 cites W2575823937 @default.
- W4385686594 cites W2594246575 @default.
- W4385686594 cites W2786132404 @default.
- W4385686594 cites W2803833520 @default.
- W4385686594 cites W2804339411 @default.
- W4385686594 cites W2804964871 @default.
- W4385686594 cites W2909486003 @default.
- W4385686594 cites W2938998034 @default.
- W4385686594 cites W2946013927 @default.
- W4385686594 cites W2954888749 @default.
- W4385686594 cites W2993968409 @default.
- W4385686594 cites W3006115260 @default.
- W4385686594 cites W3007666260 @default.
- W4385686594 cites W3009722102 @default.
- W4385686594 cites W3027009873 @default.
- W4385686594 cites W3034716826 @default.
- W4385686594 cites W3035082486 @default.
- W4385686594 cites W3037943471 @default.
- W4385686594 cites W3037978056 @default.
- W4385686594 cites W3038155239 @default.
- W4385686594 cites W3047436869 @default.
- W4385686594 cites W3097222816 @default.
- W4385686594 cites W3118481987 @default.
- W4385686594 cites W3120781985 @default.
- W4385686594 cites W3130037148 @default.
- W4385686594 cites W3152654915 @default.
- W4385686594 cites W3160831603 @default.
- W4385686594 cites W3173979433 @default.
- W4385686594 cites W3176950988 @default.
- W4385686594 cites W3179766187 @default.
- W4385686594 cites W3184896356 @default.
- W4385686594 cites W3193487921 @default.
- W4385686594 cites W3201075143 @default.
- W4385686594 cites W3203290391 @default.
- W4385686594 cites W3203856410 @default.
- W4385686594 cites W3206271306 @default.
- W4385686594 cites W3215819025 @default.
- W4385686594 cites W3216179139 @default.
- W4385686594 cites W4200123199 @default.
- W4385686594 cites W4206409321 @default.
- W4385686594 cites W4220678590 @default.
- W4385686594 cites W4220866210 @default.
- W4385686594 cites W4221095636 @default.
- W4385686594 cites W4221136217 @default.
- W4385686594 cites W4224256172 @default.
- W4385686594 cites W4225888873 @default.
- W4385686594 cites W4255453018 @default.
- W4385686594 cites W4280495830 @default.
- W4385686594 cites W4281479548 @default.
- W4385686594 cites W4285498872 @default.
- W4385686594 cites W4295602444 @default.
- W4385686594 cites W4296808199 @default.
- W4385686594 cites W4301372170 @default.
- W4385686594 cites W4304014150 @default.
- W4385686594 cites W4306145894 @default.
- W4385686594 cites W4308745521 @default.
- W4385686594 cites W4309165078 @default.
- W4385686594 cites W4310642939 @default.
- W4385686594 cites W4313557799 @default.
- W4385686594 cites W4315607573 @default.