Matches in SemOpenAlex for { <https://semopenalex.org/work/W3128045677> ?p ?o ?g. }
- W3128045677 endingPage "571" @default.
- W3128045677 startingPage "547" @default.
- W3128045677 abstract "Mn-based oxides have been regarded as a promising family of cathode materials for high-performance lithium-ion batteries, but the practical applications have been limited because of severe capacity deterioration (such as LiMnO2 and LiMn2O4) as well as further complications from successive structure changes during cycling, low initial coulombic efficiency (such as Li-rich cathode) and oxidization of organic carbonate solvents at high charge potential (such as LiNi0.5Mn1.5O4). Large amounts of efforts have been concentrated on resolving these issues towards practical applications, and many vital progresses have been carried out. Hence, the primary target of this review is focused on different proposed strategies and breakthroughs to enhance the rate performance and cycling stability of nanostructured Mn-based oxide cathode materials for Li-ion batteries, including morphology control, ion doping, surface coatings, composite construction. The combination of delicate architectures with conductive species represents the perspective ways to enhance the conductivity of the cathode materials and further buffer the structure transformation and strain during cycling. At last, based on the elaborated progress, several perspectives of Mn-based oxide cathodes are summarized, and some possible attractive strategies and future development directions of Mn-based oxide cathodes with enhanced electrochemical properties are proposed. The review will offer a detailed introduction of various strategies enhancing electrochemical performance and give a novel viewpoint to shed light on the future innovation in Mn-based oxide cathode materials, which benefits the design and construction of high-performance Mn-based oxide cathode materials in the future." @default.
- W3128045677 created "2021-02-15" @default.
- W3128045677 creator A5014279392 @default.
- W3128045677 creator A5068094832 @default.
- W3128045677 creator A5080648164 @default.
- W3128045677 date "2021-08-01" @default.
- W3128045677 modified "2023-10-17" @default.
- W3128045677 title "Nanostructured Mn-based oxides as high-performance cathodes for next generation Li-ion batteries" @default.
- W3128045677 cites W1070658199 @default.
- W3128045677 cites W1758340009 @default.
- W3128045677 cites W1769213404 @default.
- W3128045677 cites W1778910140 @default.
- W3128045677 cites W1822957041 @default.
- W3128045677 cites W1916059633 @default.
- W3128045677 cites W1964953759 @default.
- W3128045677 cites W1965659471 @default.
- W3128045677 cites W1966175736 @default.
- W3128045677 cites W1966318268 @default.
- W3128045677 cites W1967202022 @default.
- W3128045677 cites W1967445593 @default.
- W3128045677 cites W1970063676 @default.
- W3128045677 cites W1971142208 @default.
- W3128045677 cites W1971948054 @default.
- W3128045677 cites W1972833802 @default.
- W3128045677 cites W1972959605 @default.
- W3128045677 cites W1973648600 @default.
- W3128045677 cites W1974188670 @default.
- W3128045677 cites W1975332976 @default.
- W3128045677 cites W1975675326 @default.
- W3128045677 cites W1976717702 @default.
- W3128045677 cites W1977604920 @default.
- W3128045677 cites W1978866036 @default.
- W3128045677 cites W1979367945 @default.
- W3128045677 cites W1979601798 @default.
- W3128045677 cites W1981377539 @default.
- W3128045677 cites W1982493685 @default.
- W3128045677 cites W1983059518 @default.
- W3128045677 cites W1983204902 @default.
- W3128045677 cites W1985786341 @default.
- W3128045677 cites W1987251712 @default.
- W3128045677 cites W1987274395 @default.
- W3128045677 cites W1987405424 @default.
- W3128045677 cites W1990652323 @default.
- W3128045677 cites W1996209339 @default.
- W3128045677 cites W1996721085 @default.
- W3128045677 cites W1999200661 @default.
- W3128045677 cites W1999818232 @default.
- W3128045677 cites W2004132054 @default.
- W3128045677 cites W2004731401 @default.
- W3128045677 cites W2005272045 @default.
- W3128045677 cites W2007772354 @default.
- W3128045677 cites W2007894348 @default.
- W3128045677 cites W2009027126 @default.
- W3128045677 cites W2009407807 @default.
- W3128045677 cites W2010075687 @default.
- W3128045677 cites W2010919590 @default.
- W3128045677 cites W2011268352 @default.
- W3128045677 cites W2011669451 @default.
- W3128045677 cites W2014475523 @default.
- W3128045677 cites W2014996501 @default.
- W3128045677 cites W2015525418 @default.
- W3128045677 cites W2016461968 @default.
- W3128045677 cites W2017505588 @default.
- W3128045677 cites W2018880587 @default.
- W3128045677 cites W2019284866 @default.
- W3128045677 cites W2019324925 @default.
- W3128045677 cites W2020373433 @default.
- W3128045677 cites W2020980135 @default.
- W3128045677 cites W2021615787 @default.
- W3128045677 cites W2022742396 @default.
- W3128045677 cites W2023269102 @default.
- W3128045677 cites W2024683764 @default.
- W3128045677 cites W2024942773 @default.
- W3128045677 cites W2025193619 @default.
- W3128045677 cites W2025287233 @default.
- W3128045677 cites W2027157874 @default.
- W3128045677 cites W2027360104 @default.
- W3128045677 cites W2027442283 @default.
- W3128045677 cites W2028787331 @default.
- W3128045677 cites W2029800599 @default.
- W3128045677 cites W2031198813 @default.
- W3128045677 cites W2031267593 @default.
- W3128045677 cites W2031560746 @default.
- W3128045677 cites W2033196482 @default.
- W3128045677 cites W2033728797 @default.
- W3128045677 cites W2036360175 @default.
- W3128045677 cites W2036742498 @default.
- W3128045677 cites W2039528048 @default.
- W3128045677 cites W2040507371 @default.
- W3128045677 cites W2042188958 @default.
- W3128045677 cites W2044068182 @default.
- W3128045677 cites W2045818511 @default.
- W3128045677 cites W2048112844 @default.
- W3128045677 cites W2048448734 @default.
- W3128045677 cites W2050005545 @default.
- W3128045677 cites W2051085768 @default.
- W3128045677 cites W2051318699 @default.
- W3128045677 cites W2052362608 @default.