Matches in SemOpenAlex for { <https://semopenalex.org/work/W1565490618> ?p ?o ?g. }
- W1565490618 endingPage "1461" @default.
- W1565490618 startingPage "1445" @default.
- W1565490618 abstract "Abstract Renewable lithium batteries are widely used in both hybrid and pure electric vehicles. Graded materials have structural heterogeneity and anisotropy which allows for these materials to have excellent energy storage capabilities. These important capabilities are why these materials are so fundamental in search for safe, renewable energy storage. As the development of graded materials used in battery development has increased rapidly, the effect of degradation on these batteries has emerged as an issue of international concern. In academic settings specifically, research efforts are focused equally on the capacity degradation of lithium batteries and the security of energy storage. This paper will describe recent advancements in understanding lithium battery performance degradation. To accomplish this goal, this paper will include theoretical characterization models and microscale experimental techniques. In the section that outlines our laboratory work, the impact of coupled degradation effect on the safety of lithium battery is highlighted. The theoretical and experimental analysis section will show that the relationship between degradation (such as dislocations, holes and pores) and energy storage safety is reflected so as to deepen the understanding of the issue’s nature. By discussing battery security and predicting battery performance, this paper evaluates the impact of battery degradation and the corresponding control strategies, offering scientific basis and technical support for the development of sustainable energy." @default.
- W1565490618 created "2016-06-24" @default.
- W1565490618 creator A5012805036 @default.
- W1565490618 creator A5044358903 @default.
- W1565490618 creator A5076340261 @default.
- W1565490618 date "2015-10-01" @default.
- W1565490618 modified "2023-09-27" @default.
- W1565490618 title "Microscale characterization of coupled degradation mechanism of graded materials in lithium batteries of electric vehicles" @default.
- W1565490618 cites W1963599876 @default.
- W1565490618 cites W1970491410 @default.
- W1565490618 cites W1971072083 @default.
- W1565490618 cites W1971748444 @default.
- W1565490618 cites W1972103091 @default.
- W1565490618 cites W1977828436 @default.
- W1565490618 cites W1985530487 @default.
- W1565490618 cites W1985770587 @default.
- W1565490618 cites W1987611372 @default.
- W1565490618 cites W1987722945 @default.
- W1565490618 cites W1988080928 @default.
- W1565490618 cites W1989990468 @default.
- W1565490618 cites W1990347337 @default.
- W1565490618 cites W1990533636 @default.
- W1565490618 cites W1992091755 @default.
- W1565490618 cites W1993825577 @default.
- W1565490618 cites W1995151712 @default.
- W1565490618 cites W1998039842 @default.
- W1565490618 cites W1998062017 @default.
- W1565490618 cites W1998546524 @default.
- W1565490618 cites W1999848612 @default.
- W1565490618 cites W2001270302 @default.
- W1565490618 cites W2004355807 @default.
- W1565490618 cites W2004361354 @default.
- W1565490618 cites W2006049398 @default.
- W1565490618 cites W2007084362 @default.
- W1565490618 cites W2008335020 @default.
- W1565490618 cites W2010945344 @default.
- W1565490618 cites W2013923074 @default.
- W1565490618 cites W2014283772 @default.
- W1565490618 cites W2015068998 @default.
- W1565490618 cites W2015911434 @default.
- W1565490618 cites W2016203320 @default.
- W1565490618 cites W2016464593 @default.
- W1565490618 cites W2017374881 @default.
- W1565490618 cites W2021172010 @default.
- W1565490618 cites W2021435259 @default.
- W1565490618 cites W2022193985 @default.
- W1565490618 cites W2023466068 @default.
- W1565490618 cites W2024217019 @default.
- W1565490618 cites W2027357857 @default.
- W1565490618 cites W2027655531 @default.
- W1565490618 cites W2028833981 @default.
- W1565490618 cites W2029445495 @default.
- W1565490618 cites W2030279405 @default.
- W1565490618 cites W2031642963 @default.
- W1565490618 cites W2032891239 @default.
- W1565490618 cites W2033601397 @default.
- W1565490618 cites W2036408855 @default.
- W1565490618 cites W2036670957 @default.
- W1565490618 cites W2037162792 @default.
- W1565490618 cites W2037788803 @default.
- W1565490618 cites W2039395868 @default.
- W1565490618 cites W2040057498 @default.
- W1565490618 cites W2041146063 @default.
- W1565490618 cites W2043168220 @default.
- W1565490618 cites W2043377468 @default.
- W1565490618 cites W2043647983 @default.
- W1565490618 cites W2044790533 @default.
- W1565490618 cites W2044997702 @default.
- W1565490618 cites W2046338808 @default.
- W1565490618 cites W2047557763 @default.
- W1565490618 cites W2047901418 @default.
- W1565490618 cites W2049748794 @default.
- W1565490618 cites W2050944260 @default.
- W1565490618 cites W2053387710 @default.
- W1565490618 cites W2053572576 @default.
- W1565490618 cites W2054418341 @default.
- W1565490618 cites W2056656690 @default.
- W1565490618 cites W2060895986 @default.
- W1565490618 cites W2061995281 @default.
- W1565490618 cites W2062354061 @default.
- W1565490618 cites W2065575761 @default.
- W1565490618 cites W2072747849 @default.
- W1565490618 cites W2073872893 @default.
- W1565490618 cites W2074645795 @default.
- W1565490618 cites W2079027895 @default.
- W1565490618 cites W2081144629 @default.
- W1565490618 cites W2084414731 @default.
- W1565490618 cites W2085020302 @default.
- W1565490618 cites W2085521765 @default.
- W1565490618 cites W2087684403 @default.
- W1565490618 cites W2089008916 @default.
- W1565490618 cites W2089525884 @default.
- W1565490618 cites W2089913311 @default.
- W1565490618 cites W2091737449 @default.
- W1565490618 cites W2092687948 @default.
- W1565490618 cites W2094978696 @default.
- W1565490618 cites W2099434944 @default.
- W1565490618 cites W2102028242 @default.