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• W4224255617 endingPage "1263" @default.
• W4224255617 startingPage "1237" @default.
• W4224255617 abstract "Abstract: Over the last few decades, ionic liquids have been raised as a great appliance to pursue many organic transformations. In the present research, the synthetic application of ILs has emerged largely as solvents, additives, or catalysts. With the developing commercial methods, task-specific ionic liquids have been constructed by appointing guanidine, amidine and other superbasic cations. By the nature of the cation or the anion, the properties of the ionic liquids can be adjusted. In this regard, superbasic ionic liquids have been derived from both acyclic and cyclic guanidine or amidine derivatives. In particular, some common super bases such as 1,1,3,3-tetramethylguanidine (TMG), 1,5,7-triazabicyclo[4.4.0]dec-5-ene (TBD), 1,8-diazabicyclo[5.4.0]undec-7-ene (DBU), 1,5-diazabicyclo[4.3.0]non-5-ene (DBN), are used to design these special type of ionic liquids. These superbasic ionic liquids have shown a potential activity to accelerate many organic transformations including alcoholysis, esterification, multi-component reaction, Knoevenagel reaction, Michael addition, cyclization, etc. Additionally, because of their novel properties including high liquid range, nonvolatility, high thermal and chemical stability, these classic ionic liquids have a potential environmental impact and they are often found to play a promising role in the field of catalysis, electrochemistry, spectroscopy, and materials science. Not only that, the application of superionic liquids has been widely spread in the industrial and research area, especially, for the chemical transformation of CO2. This review aims to portray an outlook on the organic syntheses that have been promoted by superionic liquids in the last five years." @default.
• W4224255617 created "2022-04-26" @default.
• W4224255617 creator A5025728653 @default.
• W4224255617 creator A5029709025 @default.
• W4224255617 creator A5040258685 @default.
• W4224255617 date "2022-07-01" @default.
• W4224255617 modified "2023-10-05" @default.
• W4224255617 title "Super Base Derived Ionic Liquids: A Useful Tool in Organic Synthesis" @default.
• W4224255617 cites W1600292521 @default.
• W4224255617 cites W1964579631 @default.
• W4224255617 cites W1978284793 @default.
• W4224255617 cites W1979183992 @default.
• W4224255617 cites W1993057735 @default.
• W4224255617 cites W2011149424 @default.
• W4224255617 cites W2012429772 @default.
• W4224255617 cites W2014997883 @default.
• W4224255617 cites W2017025727 @default.
• W4224255617 cites W2022839259 @default.
• W4224255617 cites W2024850281 @default.
• W4224255617 cites W2025247704 @default.
• W4224255617 cites W2026388634 @default.
• W4224255617 cites W2026753675 @default.
• W4224255617 cites W2028921476 @default.
• W4224255617 cites W2029095409 @default.
• W4224255617 cites W2031987442 @default.
• W4224255617 cites W2034964270 @default.
• W4224255617 cites W2048284581 @default.
• W4224255617 cites W2049899814 @default.
• W4224255617 cites W2054597255 @default.
• W4224255617 cites W2056470073 @default.
• W4224255617 cites W2061388932 @default.
• W4224255617 cites W2070414022 @default.
• W4224255617 cites W2079726351 @default.
• W4224255617 cites W2106528615 @default.
• W4224255617 cites W2113424106 @default.
• W4224255617 cites W2122250145 @default.
• W4224255617 cites W2129233090 @default.
• W4224255617 cites W2138698373 @default.
• W4224255617 cites W2157263437 @default.
• W4224255617 cites W2159741702 @default.
• W4224255617 cites W2217181569 @default.
• W4224255617 cites W2235828022 @default.
• W4224255617 cites W2265998609 @default.
• W4224255617 cites W2268286315 @default.
• W4224255617 cites W2343455054 @default.
• W4224255617 cites W2406937906 @default.
• W4224255617 cites W2470501659 @default.
• W4224255617 cites W2485796174 @default.
• W4224255617 cites W2492604512 @default.
• W4224255617 cites W2522418684 @default.
• W4224255617 cites W2534221469 @default.
• W4224255617 cites W2558559315 @default.
• W4224255617 cites W2575597094 @default.
• W4224255617 cites W2586823725 @default.
• W4224255617 cites W2593612875 @default.
• W4224255617 cites W2597628730 @default.
• W4224255617 cites W2601136018 @default.
• W4224255617 cites W2613417684 @default.
• W4224255617 cites W2619407302 @default.
• W4224255617 cites W2737460469 @default.
• W4224255617 cites W2741806688 @default.
• W4224255617 cites W2742280498 @default.
• W4224255617 cites W2754368518 @default.
• W4224255617 cites W2766564858 @default.
• W4224255617 cites W2766797129 @default.
• W4224255617 cites W2766830262 @default.
• W4224255617 cites W2785430390 @default.
• W4224255617 cites W2792630371 @default.
• W4224255617 cites W2793814706 @default.
• W4224255617 cites W2807095992 @default.
• W4224255617 cites W2883202856 @default.
• W4224255617 cites W2889410411 @default.
• W4224255617 cites W2893248372 @default.
• W4224255617 cites W2899699429 @default.
• W4224255617 cites W2903756914 @default.
• W4224255617 cites W2908539489 @default.
• W4224255617 cites W2922085880 @default.
• W4224255617 cites W2940655688 @default.
• W4224255617 cites W2947165468 @default.
• W4224255617 cites W2954218504 @default.
• W4224255617 cites W2957532171 @default.
• W4224255617 cites W2965953251 @default.
• W4224255617 cites W2980086038 @default.
• W4224255617 cites W2988414776 @default.
• W4224255617 cites W3001606540 @default.
• W4224255617 cites W3004057798 @default.
• W4224255617 cites W3007209228 @default.
• W4224255617 cites W3008373508 @default.
• W4224255617 cites W3009421696 @default.
• W4224255617 cites W3013955752 @default.
• W4224255617 cites W3014413095 @default.
• W4224255617 cites W3016251164 @default.
• W4224255617 cites W3038097835 @default.
• W4224255617 cites W3043735746 @default.
• W4224255617 cites W3049909750 @default.
• W4224255617 cites W3082794435 @default.
• W4224255617 cites W3116546456 @default.
• W4224255617 cites W3118081889 @default.

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