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• W1134292783 endingPage "1293" @default.
• W1134292783 startingPage "1282" @default.
• W1134292783 abstract "Abstract An overview of the recent development in the production of activated carbon electrodes from agricultural waste biomass for application in supercapacitors is presented. The use of agricultural waste biomass as precursor for the production of activated carbons has been on the increase lately because it is cheap, readily available and also viewed as a veritable way of combating waste disposal problem in the agricultural industries. The effects of activating methods (physical, chemical and microwave-induced) and conditions on the properties of activated carbons are reviewed. The survey of articles published in the last decade indicates the viability of biomass active carbons being used as electrodes in supercapacitors. Under optimum process conditions, active carbons with specific capacitance as high as 374 F g−1 and high-rate long-cycle stability at 4 A g−1 have been produced. In this review, the influence of surface modification on activated carbon properties is also discussed. From the survey literature, it can be seen that the changes in surface chemistry and the introduction of specific surface functionalities on the surface of activated carbons impacted more on the electrochemical properties than the physiochemical properties of the activated carbons." @default.
• W1134292783 created "2016-06-24" @default.
• W1134292783 creator A5048612597 @default.
• W1134292783 creator A5065786644 @default.
• W1134292783 date "2015-12-01" @default.
• W1134292783 modified "2023-09-30" @default.
• W1134292783 title "Recent development in the production of activated carbon electrodes from agricultural waste biomass for supercapacitors: A review" @default.
• W1134292783 cites W1035582755 @default.
• W1134292783 cites W1971827709 @default.
• W1134292783 cites W1972176853 @default.
• W1134292783 cites W1976667721 @default.
• W1134292783 cites W1977707787 @default.
• W1134292783 cites W1980551180 @default.
• W1134292783 cites W1983333563 @default.
• W1134292783 cites W1983714554 @default.
• W1134292783 cites W1986268907 @default.
• W1134292783 cites W1987078079 @default.
• W1134292783 cites W1988205480 @default.
• W1134292783 cites W1989086733 @default.
• W1134292783 cites W1991555653 @default.
• W1134292783 cites W1992456222 @default.
• W1134292783 cites W1993281916 @default.
• W1134292783 cites W1995497356 @default.
• W1134292783 cites W1996210602 @default.
• W1134292783 cites W1996497807 @default.
• W1134292783 cites W1997615848 @default.
• W1134292783 cites W2001065397 @default.
• W1134292783 cites W2001592023 @default.
• W1134292783 cites W2007674886 @default.
• W1134292783 cites W2008785849 @default.
• W1134292783 cites W2010398816 @default.
• W1134292783 cites W2011117699 @default.
• W1134292783 cites W2012219855 @default.
• W1134292783 cites W2012279541 @default.
• W1134292783 cites W2013239548 @default.
• W1134292783 cites W2014262398 @default.
• W1134292783 cites W2015502961 @default.
• W1134292783 cites W2015881893 @default.
• W1134292783 cites W2016548563 @default.
• W1134292783 cites W2017715085 @default.
• W1134292783 cites W2019309940 @default.
• W1134292783 cites W2020304143 @default.
• W1134292783 cites W2021701403 @default.
• W1134292783 cites W2021802159 @default.
• W1134292783 cites W2021980788 @default.
• W1134292783 cites W2024674735 @default.
• W1134292783 cites W2026520511 @default.
• W1134292783 cites W2030035803 @default.
• W1134292783 cites W2031428373 @default.
• W1134292783 cites W2032894817 @default.
• W1134292783 cites W2034045475 @default.
• W1134292783 cites W2036682792 @default.
• W1134292783 cites W2038967466 @default.
• W1134292783 cites W2039278088 @default.
• W1134292783 cites W2040213136 @default.
• W1134292783 cites W2040281262 @default.
• W1134292783 cites W2047426680 @default.
• W1134292783 cites W2048665017 @default.
• W1134292783 cites W2049397473 @default.
• W1134292783 cites W2050257214 @default.
• W1134292783 cites W2053328406 @default.
• W1134292783 cites W2053914655 @default.
• W1134292783 cites W2055012208 @default.
• W1134292783 cites W2055946668 @default.
• W1134292783 cites W2058535264 @default.
• W1134292783 cites W2059158989 @default.
• W1134292783 cites W2060946109 @default.
• W1134292783 cites W2062333981 @default.
• W1134292783 cites W2064106615 @default.
• W1134292783 cites W2067044445 @default.
• W1134292783 cites W2067980972 @default.
• W1134292783 cites W2074020988 @default.
• W1134292783 cites W2076978073 @default.
• W1134292783 cites W2078087363 @default.
• W1134292783 cites W2080962199 @default.
• W1134292783 cites W2081184841 @default.
• W1134292783 cites W2081705798 @default.
• W1134292783 cites W2082155810 @default.
• W1134292783 cites W2083283294 @default.
• W1134292783 cites W2083766902 @default.
• W1134292783 cites W2084245557 @default.
• W1134292783 cites W2085072678 @default.
• W1134292783 cites W2091565269 @default.
• W1134292783 cites W2093793153 @default.
• W1134292783 cites W2095040596 @default.
• W1134292783 cites W2107635349 @default.
• W1134292783 cites W2129154495 @default.
• W1134292783 cites W2130480146 @default.
• W1134292783 cites W2131630733 @default.
• W1134292783 cites W2136888045 @default.
• W1134292783 cites W2142524982 @default.
• W1134292783 cites W2151547778 @default.
• W1134292783 cites W2166084498 @default.
• W1134292783 cites W2331574575 @default.
• W1134292783 cites W2392940479 @default.
• W1134292783 cites W2949936171 @default.
• W1134292783 doi "https://doi.org/10.1016/j.rser.2015.07.129" @default.
• W1134292783 hasPublicationYear "2015" @default.

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