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- W1846545360 endingPage "2175" @default.
- W1846545360 startingPage "2154" @default.
- W1846545360 abstract "Abstract Lithium‐ion batteries are becoming increasingly important for electrifying the modern transportation system and, thus, hold the promise to enable sustainable mobility in the future. However, their large‐scale application is hindered by severe safety concerns when the cells are exposed to mechanical, thermal, or electrical abuse conditions. These safety issues are intrinsically related to their superior energy density, combined with the (present) utilization of highly volatile and flammable organic‐solvent‐based electrolytes. Herein, state‐of‐the‐art electrolyte systems and potential alternatives are briefly surveyed, with a particular focus on their (inherent) safety characteristics. The challenges, which so far prevent the widespread replacement of organic carbonate‐based electrolytes with LiPF 6 as the conducting salt, are also reviewed herein. Starting from rather “facile” electrolyte modifications by (partially) replacing the organic solvent or lithium salt and/or the addition of functional electrolyte additives, conceptually new electrolyte systems, including ionic liquids, solvent‐free, and/or gelled polymer‐based electrolytes, as well as solid‐state electrolytes, are also considered. Indeed, the opportunities for designing new electrolytes appear to be almost infinite, which certainly complicates strict classification of such systems and a fundamental understanding of their properties. Nevertheless, these innumerable opportunities also provide a great chance of developing highly functionalized, new electrolyte systems, which may overcome the afore‐mentioned safety concerns, while also offering enhanced mechanical, thermal, physicochemical, and electrochemical performance." @default.
- W1846545360 created "2016-06-24" @default.
- W1846545360 creator A5017268119 @default.
- W1846545360 creator A5066297259 @default.
- W1846545360 creator A5080121034 @default.
- W1846545360 creator A5084175038 @default.
- W1846545360 date "2015-06-15" @default.
- W1846545360 modified "2023-10-18" @default.
- W1846545360 title "Safer Electrolytes for Lithium-Ion Batteries: State of the Art and Perspectives" @default.
- W1846545360 cites W108762213 @default.
- W1846545360 cites W1493357674 @default.
- W1846545360 cites W1540355313 @default.
- W1846545360 cites W1543893374 @default.
- W1846545360 cites W1551488600 @default.
- W1846545360 cites W1572858236 @default.
- W1846545360 cites W1585306775 @default.
- W1846545360 cites W1595635864 @default.
- W1846545360 cites W1608846723 @default.
- W1846545360 cites W1615371353 @default.
- W1846545360 cites W1630844965 @default.
- W1846545360 cites W1640088826 @default.
- W1846545360 cites W1747573292 @default.
- W1846545360 cites W1914536007 @default.
- W1846545360 cites W1949231392 @default.
- W1846545360 cites W1963661424 @default.
- W1846545360 cites W1964916482 @default.
- W1846545360 cites W1964973152 @default.
- W1846545360 cites W1965170394 @default.
- W1846545360 cites W1965345417 @default.
- W1846545360 cites W1965861470 @default.
- W1846545360 cites W1965979744 @default.
- W1846545360 cites W1966713790 @default.
- W1846545360 cites W1966905706 @default.
- W1846545360 cites W1968592786 @default.
- W1846545360 cites W1969068489 @default.
- W1846545360 cites W1969376865 @default.
- W1846545360 cites W1969740798 @default.
- W1846545360 cites W1970252692 @default.
- W1846545360 cites W1970671149 @default.
- W1846545360 cites W1971350385 @default.
- W1846545360 cites W1972675690 @default.
- W1846545360 cites W1973639922 @default.
- W1846545360 cites W1975465295 @default.
- W1846545360 cites W1975847771 @default.
- W1846545360 cites W1976855213 @default.
- W1846545360 cites W1977724260 @default.
- W1846545360 cites W1977945791 @default.
- W1846545360 cites W1978975507 @default.
- W1846545360 cites W1979236130 @default.
- W1846545360 cites W1980228259 @default.
- W1846545360 cites W1980844113 @default.
- W1846545360 cites W1980943924 @default.
- W1846545360 cites W1981950273 @default.
- W1846545360 cites W1981968793 @default.
- W1846545360 cites W1982035197 @default.
- W1846545360 cites W1982479518 @default.
- W1846545360 cites W1982923063 @default.
- W1846545360 cites W1985013794 @default.
- W1846545360 cites W1985171734 @default.
- W1846545360 cites W1985327657 @default.
- W1846545360 cites W1985592644 @default.
- W1846545360 cites W1985804329 @default.
- W1846545360 cites W1985987209 @default.
- W1846545360 cites W1986580309 @default.
- W1846545360 cites W1986981097 @default.
- W1846545360 cites W1987643159 @default.
- W1846545360 cites W1988443056 @default.
- W1846545360 cites W1988751274 @default.
- W1846545360 cites W1989169003 @default.
- W1846545360 cites W1989308453 @default.
- W1846545360 cites W1989693819 @default.
- W1846545360 cites W1990351089 @default.
- W1846545360 cites W1991939741 @default.
- W1846545360 cites W1992206870 @default.
- W1846545360 cites W1992716554 @default.
- W1846545360 cites W1993113794 @default.
- W1846545360 cites W1993120226 @default.
- W1846545360 cites W1993615814 @default.
- W1846545360 cites W1995511541 @default.
- W1846545360 cites W1995876931 @default.
- W1846545360 cites W1996866135 @default.
- W1846545360 cites W1996879303 @default.
- W1846545360 cites W1997649887 @default.
- W1846545360 cites W1997704356 @default.
- W1846545360 cites W1997886397 @default.
- W1846545360 cites W1998510900 @default.
- W1846545360 cites W1999048740 @default.
- W1846545360 cites W1999853008 @default.
- W1846545360 cites W2000397557 @default.
- W1846545360 cites W2000570376 @default.
- W1846545360 cites W2000597976 @default.
- W1846545360 cites W2001143428 @default.
- W1846545360 cites W2001471563 @default.
- W1846545360 cites W2001764042 @default.
- W1846545360 cites W2001776990 @default.
- W1846545360 cites W2002019577 @default.
- W1846545360 cites W2002196832 @default.
- W1846545360 cites W2002298991 @default.