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- W2083022021 abstract "Lithium ion batteries (LIBs) have been widely employed as the most popular energy source in today's portable electronics and are considered as one of the most promising energy strategies for electrical vehicle and plug-in hybrid electrical vehicle application, which has recently been under intense research and development. However, many crucial challenges need to be addressed to obtain high performance LIBs for further application. Recently, electrostatic spray deposition (ESD) technique has attracted much attention as a promising tool for electrode formation. The ESD is based on applying a high DC voltage to generate a high electrostatic force and accelerate atomized liquid droplets at the tip of a nozzle; the aerosol formed by charged droplets is sequentially deposited on a heated substrate to create an electrode for LIBs. This technique provides a simple but versatile strategy for generating single or multi-component materials with various type of morphologies, such as sponge-like, dense, porous and fractal, etc. In this review, an overview of the latest development and understanding of various anodes synthesized by the ESD technique in LIBs is briefly reviewed and discussed. Our attention is mainly focused on three different anode categories: (1) intercalation–de-intercalation anodes, such as graphite, Li4Ti5O12 and TiO2, etc.; (2) alloying–de-alloying anodes, such as Sn and SnO2, etc.; (3) conversion reaction anodes, such as NiO, Fe2O3, Co3O4, CoO, and Cu2O, etc. Moreover, our recent research outcome related to the ESD derived anodes for LIBs is highlighted." @default.
- W2083022021 created "2016-06-24" @default.
- W2083022021 creator A5017335558 @default.
- W2083022021 creator A5050169034 @default.
- W2083022021 date "2013-01-01" @default.
- W2083022021 modified "2023-10-12" @default.
- W2083022021 title "Engineering nanostructured anodes via electrostatic spray deposition for high performance lithium ion battery application" @default.
- W2083022021 cites W1488141510 @default.
- W2083022021 cites W1609412315 @default.
- W2083022021 cites W1626854854 @default.
- W2083022021 cites W1673406831 @default.
- W2083022021 cites W1796386392 @default.
- W2083022021 cites W1964314652 @default.
- W2083022021 cites W1965946438 @default.
- W2083022021 cites W1966760205 @default.
- W2083022021 cites W1966858105 @default.
- W2083022021 cites W1967037767 @default.
- W2083022021 cites W1968769556 @default.
- W2083022021 cites W1970603562 @default.
- W2083022021 cites W1970676384 @default.
- W2083022021 cites W1970911218 @default.
- W2083022021 cites W1970967323 @default.
- W2083022021 cites W1971957678 @default.
- W2083022021 cites W1973660029 @default.
- W2083022021 cites W1974041024 @default.
- W2083022021 cites W1975592718 @default.
- W2083022021 cites W1975628824 @default.
- W2083022021 cites W1976084405 @default.
- W2083022021 cites W1977646895 @default.
- W2083022021 cites W1977968752 @default.
- W2083022021 cites W1979516228 @default.
- W2083022021 cites W1981040862 @default.
- W2083022021 cites W1982505144 @default.
- W2083022021 cites W1984425238 @default.
- W2083022021 cites W1985316960 @default.
- W2083022021 cites W1988561735 @default.
- W2083022021 cites W1989409721 @default.
- W2083022021 cites W1989417480 @default.
- W2083022021 cites W1989937017 @default.
- W2083022021 cites W1992137809 @default.
- W2083022021 cites W1992732132 @default.
- W2083022021 cites W1993711443 @default.
- W2083022021 cites W1993810399 @default.
- W2083022021 cites W1994461110 @default.
- W2083022021 cites W1995553317 @default.
- W2083022021 cites W1995776414 @default.
- W2083022021 cites W1996254154 @default.
- W2083022021 cites W1996754082 @default.
- W2083022021 cites W1997355096 @default.
- W2083022021 cites W2000248298 @default.
- W2083022021 cites W2001062528 @default.
- W2083022021 cites W2001506583 @default.
- W2083022021 cites W2001754462 @default.
- W2083022021 cites W2002053964 @default.
- W2083022021 cites W2002576725 @default.
- W2083022021 cites W2002855928 @default.
- W2083022021 cites W2003518578 @default.
- W2083022021 cites W2004874797 @default.
- W2083022021 cites W2006312693 @default.
- W2083022021 cites W2011060650 @default.
- W2083022021 cites W2011347159 @default.
- W2083022021 cites W2011871529 @default.
- W2083022021 cites W2012066501 @default.
- W2083022021 cites W2012134506 @default.
- W2083022021 cites W2012186966 @default.
- W2083022021 cites W2012617832 @default.
- W2083022021 cites W2012708277 @default.
- W2083022021 cites W2013865130 @default.
- W2083022021 cites W2014475523 @default.
- W2083022021 cites W2014512753 @default.
- W2083022021 cites W2014699331 @default.
- W2083022021 cites W2014730909 @default.
- W2083022021 cites W2014833194 @default.
- W2083022021 cites W2015693422 @default.
- W2083022021 cites W2016251205 @default.
- W2083022021 cites W2016261185 @default.
- W2083022021 cites W2017886392 @default.
- W2083022021 cites W2019881377 @default.
- W2083022021 cites W2020170268 @default.
- W2083022021 cites W2020750672 @default.
- W2083022021 cites W2020912674 @default.
- W2083022021 cites W2021298780 @default.
- W2083022021 cites W2023115674 @default.
- W2083022021 cites W2023629863 @default.
- W2083022021 cites W2023689408 @default.
- W2083022021 cites W2023913356 @default.
- W2083022021 cites W2025650911 @default.
- W2083022021 cites W2026975740 @default.
- W2083022021 cites W2027452000 @default.
- W2083022021 cites W2027593354 @default.
- W2083022021 cites W2027832721 @default.
- W2083022021 cites W2029141879 @default.
- W2083022021 cites W2029957547 @default.
- W2083022021 cites W2031639930 @default.
- W2083022021 cites W2032586811 @default.
- W2083022021 cites W2035484652 @default.
- W2083022021 cites W2038064573 @default.
- W2083022021 cites W2041476052 @default.