“…3 RTILs have been offering significant contributions as high performance electrolytes in various electrochemical devices due to their distinctive and excellent electrochemical properties 4 and as green solvents/catalysts in various organic transformations, especially for the synthesis of drug molecules. 5 To be used as an active electrode material, 6 RTILs should possess significant charge–discharge rate, capacitance, etc. The most commonly used RTILs for electrochemical applications are based on dialkylimidazolium cations having electrochemically active hydrogen in the C-2 position on the imidazole ring.…”
A multifunctional room temperature ionic liquid [DDQM][TFSI] has been designed and its properties have been investigated to be used as an electrolyte. The RTIL bears superior catalytic properties as well...
“…3 RTILs have been offering significant contributions as high performance electrolytes in various electrochemical devices due to their distinctive and excellent electrochemical properties 4 and as green solvents/catalysts in various organic transformations, especially for the synthesis of drug molecules. 5 To be used as an active electrode material, 6 RTILs should possess significant charge–discharge rate, capacitance, etc. The most commonly used RTILs for electrochemical applications are based on dialkylimidazolium cations having electrochemically active hydrogen in the C-2 position on the imidazole ring.…”
A multifunctional room temperature ionic liquid [DDQM][TFSI] has been designed and its properties have been investigated to be used as an electrolyte. The RTIL bears superior catalytic properties as well...
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