Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385239394> ?p ?o ?g. }
- W4385239394 abstract "Abstract In situ polymerization of liquid electrolytes is currently the most feasible way for constructing solid‐state batteries, which, however, is affected by various interfering factors of reactions and so the electrochemical performance of cells. To disclose the effects from polymerization conditions, two types of generally used in situ polymerizing reactions of ring‐opening polymerization (ROP) and double bond radical polymerization (DBRP) were investigated on the aspects of monomer conversion and electrochemical properties (Li + ‐conductivity and interfacial stability). The ROP generated poly‐ester and poly‐carbonate show a high monomer conversion of ≈90 %, but suffer a poor Li + ‐conductivity of lower than 2×10 −5 S cm −1 at room temperature (RT). Additionally, the terminal alkoxy anion derived from the ROP is not resistant to high‐voltage cathodes. While, the DBRP produced poly‐VEC(vinyl ethylene carbonate) and poly‐VC(vinylene carbonate) show lower monomer conversions of 50–80 %, delivering relatively higher Li + ‐conductivities of 2×10 −4 S cm −1 at RT. Compared two polymerizing reactions and four monomers, the VEC‐based F‐containing copolymer possesses advantages in Li + ‐conductivity and antioxidant capacity, which also shows simultaneous stability towards Li‐metal with the help of LiF‐based passivating layer, allowing a long‐term stable cycling of high‐voltage quasi solid‐state cells." @default.
- W4385239394 created "2023-07-26" @default.
- W4385239394 creator A5012207989 @default.
- W4385239394 creator A5012418988 @default.
- W4385239394 creator A5021971444 @default.
- W4385239394 creator A5026465918 @default.
- W4385239394 creator A5053245586 @default.
- W4385239394 creator A5074134616 @default.
- W4385239394 creator A5081062795 @default.
- W4385239394 creator A5081628033 @default.
- W4385239394 creator A5086809412 @default.
- W4385239394 date "2023-08-09" @default.
- W4385239394 modified "2023-10-17" @default.
- W4385239394 title "Efficiencies of Various in‐situ Polymerizations of Liquid Electrolytes and the Practical Implications for Quasi Solid‐state Batteries" @default.
- W4385239394 cites W1949231392 @default.
- W4385239394 cites W1964204483 @default.
- W4385239394 cites W1967722151 @default.
- W4385239394 cites W1971154591 @default.
- W4385239394 cites W1978792640 @default.
- W4385239394 cites W1980218202 @default.
- W4385239394 cites W1990617032 @default.
- W4385239394 cites W1994095222 @default.
- W4385239394 cites W2009027332 @default.
- W4385239394 cites W2010928612 @default.
- W4385239394 cites W2070330352 @default.
- W4385239394 cites W2073381065 @default.
- W4385239394 cites W2086622521 @default.
- W4385239394 cites W2123346369 @default.
- W4385239394 cites W2132409397 @default.
- W4385239394 cites W2132946797 @default.
- W4385239394 cites W2138832990 @default.
- W4385239394 cites W2233059155 @default.
- W4385239394 cites W2233267248 @default.
- W4385239394 cites W2254596605 @default.
- W4385239394 cites W2402798547 @default.
- W4385239394 cites W2518099942 @default.
- W4385239394 cites W2554645696 @default.
- W4385239394 cites W2579501709 @default.
- W4385239394 cites W2613673420 @default.
- W4385239394 cites W2615953586 @default.
- W4385239394 cites W2771920611 @default.
- W4385239394 cites W2781695280 @default.
- W4385239394 cites W2916252188 @default.
- W4385239394 cites W2947611771 @default.
- W4385239394 cites W3006014650 @default.
- W4385239394 cites W3008126885 @default.
- W4385239394 cites W3043930215 @default.
- W4385239394 cites W3091751712 @default.
- W4385239394 cites W3093258551 @default.
- W4385239394 cites W3127635613 @default.
- W4385239394 cites W3138619347 @default.
- W4385239394 cites W3165466566 @default.
- W4385239394 cites W3172291243 @default.
- W4385239394 cites W3176163006 @default.
- W4385239394 cites W3176991797 @default.
- W4385239394 cites W3211593117 @default.
- W4385239394 cites W4200556317 @default.
- W4385239394 cites W4205838508 @default.
- W4385239394 cites W4206119841 @default.
- W4385239394 cites W4210814945 @default.
- W4385239394 cites W4226089003 @default.
- W4385239394 cites W4242215477 @default.
- W4385239394 cites W4242871896 @default.
- W4385239394 cites W4251007855 @default.
- W4385239394 cites W4280555034 @default.
- W4385239394 cites W4280606174 @default.
- W4385239394 cites W4285595607 @default.
- W4385239394 cites W4288425757 @default.
- W4385239394 cites W4288438090 @default.
- W4385239394 cites W4293106065 @default.
- W4385239394 cites W4300675526 @default.
- W4385239394 cites W4307180689 @default.
- W4385239394 cites W4307189592 @default.
- W4385239394 cites W4308180888 @default.
- W4385239394 cites W4308202501 @default.
- W4385239394 cites W4308253319 @default.
- W4385239394 cites W4308500618 @default.
- W4385239394 cites W4311213528 @default.
- W4385239394 cites W4311213987 @default.
- W4385239394 cites W4313009698 @default.
- W4385239394 cites W4313680485 @default.
- W4385239394 cites W4317493096 @default.
- W4385239394 cites W4317493098 @default.
- W4385239394 cites W4317584327 @default.
- W4385239394 cites W4319264621 @default.
- W4385239394 cites W4323266585 @default.
- W4385239394 cites W4323533288 @default.
- W4385239394 cites W4323659943 @default.
- W4385239394 cites W4323671313 @default.
- W4385239394 cites W4366180443 @default.
- W4385239394 cites W4366742392 @default.
- W4385239394 cites W4366827988 @default.
- W4385239394 cites W4367154363 @default.
- W4385239394 cites W4384922905 @default.
- W4385239394 doi "https://doi.org/10.1002/ange.202309613" @default.
- W4385239394 hasPublicationYear "2023" @default.
- W4385239394 type Work @default.
- W4385239394 citedByCount "0" @default.
- W4385239394 crossrefType "journal-article" @default.
- W4385239394 hasAuthorship W4385239394A5012207989 @default.