Matches in SemOpenAlex for { <https://semopenalex.org/work/W2799668826> ?p ?o ?g. }
- W2799668826 endingPage "1800406" @default.
- W2799668826 startingPage "1800406" @default.
- W2799668826 abstract "One of the most important chemical reactions for renewable energy technologies such as fuel cells and metal-air batteries today is oxygen reduction. Due to the relatively sluggish reaction kinetics, catalysts are necessary to generate high power output. The most common catalyst for this reaction is platinum, but its scarcity and derived high price have raised the search for abundant nonprecious metal catalysts. Inspired from enzymatic processes which are known to catalyze oxygen reduction reaction efficiently, employing transition metal complexes as their catalytic centers, many are working on the development of bioinspired and biomimetic catalysts of this class. This research news article gives a glimpse of the recent progress on the development of bioinspired molecular catalyst for oxygen reduction, highlighting the importance of the molecular structure of the catalysts, from advancements in porphyrins and phthalocyanines to the most recent work on corroles, and 3D networks such as metal-organic frameworks and polymeric networks, all with nonpyrolyzed, well-defined molecular catalysts for oxygen reduction reaction." @default.
- W2799668826 created "2018-05-17" @default.
- W2799668826 creator A5018154686 @default.
- W2799668826 creator A5019095729 @default.
- W2799668826 creator A5067113324 @default.
- W2799668826 creator A5084525252 @default.
- W2799668826 date "2018-04-23" @default.
- W2799668826 modified "2023-10-04" @default.
- W2799668826 title "Bioinspired Electrocatalysis of Oxygen Reduction Reaction in Fuel Cells Using Molecular Catalysts" @default.
- W2799668826 cites W14946734 @default.
- W2799668826 cites W1826548692 @default.
- W2799668826 cites W1867547071 @default.
- W2799668826 cites W1872001489 @default.
- W2799668826 cites W1952901979 @default.
- W2799668826 cites W1960627614 @default.
- W2799668826 cites W1963649467 @default.
- W2799668826 cites W1967547501 @default.
- W2799668826 cites W1968729723 @default.
- W2799668826 cites W1972989663 @default.
- W2799668826 cites W1973891115 @default.
- W2799668826 cites W1978477068 @default.
- W2799668826 cites W1981912868 @default.
- W2799668826 cites W1983563748 @default.
- W2799668826 cites W1988133625 @default.
- W2799668826 cites W1989715071 @default.
- W2799668826 cites W1993381892 @default.
- W2799668826 cites W1993904532 @default.
- W2799668826 cites W1994204270 @default.
- W2799668826 cites W1996946244 @default.
- W2799668826 cites W1998100697 @default.
- W2799668826 cites W2000067811 @default.
- W2799668826 cites W2001892005 @default.
- W2799668826 cites W2002799357 @default.
- W2799668826 cites W2004865495 @default.
- W2799668826 cites W2006228336 @default.
- W2799668826 cites W2008526866 @default.
- W2799668826 cites W2012657929 @default.
- W2799668826 cites W2016899509 @default.
- W2799668826 cites W2020738918 @default.
- W2799668826 cites W2027085469 @default.
- W2799668826 cites W2029625847 @default.
- W2799668826 cites W2034291571 @default.
- W2799668826 cites W2037295651 @default.
- W2799668826 cites W2044803274 @default.
- W2799668826 cites W2047390555 @default.
- W2799668826 cites W2047743895 @default.
- W2799668826 cites W2049683745 @default.
- W2799668826 cites W2051151434 @default.
- W2799668826 cites W2056461556 @default.
- W2799668826 cites W2058965957 @default.
- W2799668826 cites W2059226882 @default.
- W2799668826 cites W2060696625 @default.
- W2799668826 cites W2069746135 @default.
- W2799668826 cites W2073804852 @default.
- W2799668826 cites W2077211304 @default.
- W2799668826 cites W2084859712 @default.
- W2799668826 cites W2095536698 @default.
- W2799668826 cites W2106604710 @default.
- W2799668826 cites W2107796088 @default.
- W2799668826 cites W2114699890 @default.
- W2799668826 cites W2128525956 @default.
- W2799668826 cites W2132738500 @default.
- W2799668826 cites W2136211705 @default.
- W2799668826 cites W2142380444 @default.
- W2799668826 cites W2154669151 @default.
- W2799668826 cites W2155062502 @default.
- W2799668826 cites W2172244670 @default.
- W2799668826 cites W2190851743 @default.
- W2799668826 cites W2201339550 @default.
- W2799668826 cites W2210064924 @default.
- W2799668826 cites W2232488926 @default.
- W2799668826 cites W2274258295 @default.
- W2799668826 cites W2287025093 @default.
- W2799668826 cites W2311500593 @default.
- W2799668826 cites W2313380081 @default.
- W2799668826 cites W2320849513 @default.
- W2799668826 cites W2330441518 @default.
- W2799668826 cites W2334842819 @default.
- W2799668826 cites W2463801883 @default.
- W2799668826 cites W2479632217 @default.
- W2799668826 cites W2500945718 @default.
- W2799668826 cites W2561737270 @default.
- W2799668826 cites W2598761550 @default.
- W2799668826 cites W2617706228 @default.
- W2799668826 cites W2620648773 @default.
- W2799668826 cites W2753853511 @default.
- W2799668826 cites W2762985090 @default.
- W2799668826 cites W2767278562 @default.
- W2799668826 cites W2949288533 @default.
- W2799668826 cites W78473972 @default.
- W2799668826 doi "https://doi.org/10.1002/adma.201800406" @default.
- W2799668826 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29682822" @default.
- W2799668826 hasPublicationYear "2018" @default.
- W2799668826 type Work @default.
- W2799668826 sameAs 2799668826 @default.
- W2799668826 citedByCount "56" @default.
- W2799668826 countsByYear W27996688262019 @default.
- W2799668826 countsByYear W27996688262020 @default.