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• W2051509069 endingPage "3088" @default.
• W2051509069 startingPage "3088" @default.
• W2051509069 abstract "The global shift of energy production from fossil fuels to renewable energy sources requires more efficient and reliable electrochemical energy storage devices. In particular, the development of electric or hydrogen powered vehicles calls for much-higher-performance batteries, supercapacitors and fuel cells than are currently available. In this review, we present an approach to synthesize electrochemical energy storage materials to form strongly coupled hybrids (SC-hybrids) of inorganic nanomaterials and novel graphitic nano-carbon materials such as carbon nanotubes and graphene, through nucleation and growth of nanoparticles at the functional groups of oxidized graphitic nano-carbon. We show that the inorganic-nano-carbon hybrid materials represent a new approach to synthesize electrode materials with higher electrochemical performance than traditional counterparts made by simple physical mixtures of electrochemically active inorganic particles and conducting carbon materials. The inorganic-nano-carbon hybrid materials are novel due to possible chemical bonding between inorganic nanoparticles and oxidized carbon, affording enhanced charge transport and increased rate capability of electrochemical materials without sacrificing specific capacity. Nano-carbon with various degrees of oxidation provides a novel substrate for nanoparticle nucleation and growth. The interactions between inorganic precursors and oxidized-carbon substrates provide a degree of control over the morphology, size and structure of the resulting inorganic nanoparticles. This paper reviews the recent development of inorganic-nano-carbon hybrid materials for electrochemical energy storage and conversion, including the preparation and functionalization of graphene sheets and carbon nanotubes to impart oxygen containing groups and defects, and methods of synthesis of nanoparticles of various morphologies on oxidized graphene and carbon nanotubes. We then review the applications of the SC-hybrid materials for high performance lithium ion batteries, rechargeable Li-S and Li-O2 batteries, supercapacitors and ultrafast Ni-Fe batteries, and new electrocatalysts for oxygen reduction, oxygen evolution and hydrogen evolution reactions." @default.
• W2051509069 created "2016-06-24" @default.
• W2051509069 creator A5024032010 @default.
• W2051509069 creator A5052874755 @default.
• W2051509069 date "2013-01-01" @default.
• W2051509069 modified "2023-10-18" @default.
• W2051509069 title "Strongly coupled inorganic–nano-carbon hybrid materials for energy storage" @default.
• W2051509069 cites W146429852 @default.
• W2051509069 cites W1949231392 @default.
• W2051509069 cites W1963858265 @default.
• W2051509069 cites W1964939699 @default.
• W2051509069 cites W1965753066 @default.
• W2051509069 cites W1965938594 @default.
• W2051509069 cites W1966567276 @default.
• W2051509069 cites W1969131111 @default.
• W2051509069 cites W1969243292 @default.
• W2051509069 cites W1969812619 @default.
• W2051509069 cites W1970811355 @default.
• W2051509069 cites W1971113415 @default.
• W2051509069 cites W1971764791 @default.
• W2051509069 cites W1971898514 @default.
• W2051509069 cites W1971950548 @default.
• W2051509069 cites W1976058738 @default.
• W2051509069 cites W1976130042 @default.
• W2051509069 cites W1976156302 @default.
• W2051509069 cites W1976508182 @default.
• W2051509069 cites W1976786758 @default.
• W2051509069 cites W1979622052 @default.
• W2051509069 cites W1981517819 @default.
• W2051509069 cites W1982345975 @default.
• W2051509069 cites W1983238999 @default.
• W2051509069 cites W1983637992 @default.
• W2051509069 cites W1984060337 @default.
• W2051509069 cites W1984371245 @default.
• W2051509069 cites W1984473516 @default.
• W2051509069 cites W1984775992 @default.
• W2051509069 cites W1985239528 @default.
• W2051509069 cites W1985905724 @default.
• W2051509069 cites W1987198964 @default.
• W2051509069 cites W1987201246 @default.
• W2051509069 cites W1988385288 @default.
• W2051509069 cites W1988435520 @default.
• W2051509069 cites W1989507675 @default.
• W2051509069 cites W1989937017 @default.
• W2051509069 cites W1991522056 @default.
• W2051509069 cites W1993006160 @default.
• W2051509069 cites W1993392036 @default.
• W2051509069 cites W1994120599 @default.
• W2051509069 cites W1994385659 @default.
• W2051509069 cites W1994672555 @default.
• W2051509069 cites W1994739949 @default.
• W2051509069 cites W1995334417 @default.
• W2051509069 cites W1997994513 @default.
• W2051509069 cites W1998062017 @default.
• W2051509069 cites W1998422375 @default.
• W2051509069 cites W1999379777 @default.
• W2051509069 cites W2000272073 @default.
• W2051509069 cites W2002049728 @default.
• W2051509069 cites W2002241645 @default.
• W2051509069 cites W2002559583 @default.
• W2051509069 cites W2003408860 @default.
• W2051509069 cites W2004548383 @default.
• W2051509069 cites W2005673486 @default.
• W2051509069 cites W2006318126 @default.
• W2051509069 cites W2006413592 @default.
• W2051509069 cites W2007494104 @default.
• W2051509069 cites W2007658034 @default.
• W2051509069 cites W2008136510 @default.
• W2051509069 cites W2010671046 @default.
• W2051509069 cites W2010971702 @default.
• W2051509069 cites W2011244395 @default.
• W2051509069 cites W2012626065 @default.
• W2051509069 cites W2012902855 @default.
• W2051509069 cites W2012943380 @default.
• W2051509069 cites W2013505586 @default.
• W2051509069 cites W2013718902 @default.
• W2051509069 cites W2014025437 @default.
• W2051509069 cites W2014043916 @default.
• W2051509069 cites W2014170774 @default.
• W2051509069 cites W2014585972 @default.
• W2051509069 cites W2014689702 @default.
• W2051509069 cites W2014935324 @default.
• W2051509069 cites W2014971973 @default.
• W2051509069 cites W2015402775 @default.
• W2051509069 cites W2015693422 @default.
• W2051509069 cites W2015753811 @default.
• W2051509069 cites W2016135039 @default.
• W2051509069 cites W2016703156 @default.
• W2051509069 cites W2017715954 @default.
• W2051509069 cites W2018652376 @default.
• W2051509069 cites W2019460060 @default.
• W2051509069 cites W2019796828 @default.
• W2051509069 cites W2019903682 @default.
• W2051509069 cites W2020101506 @default.
• W2051509069 cites W2020328397 @default.
• W2051509069 cites W2020609369 @default.
• W2051509069 cites W2021403897 @default.
• W2051509069 cites W2021442722 @default.

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