摘要
Owing to their unique properties,ionic liquids(ILs)nowadays are very fascinating in various fields,including organic synthesis,catalysis,inorganic chemistry,electrochemistry,and materials.The determination of the strength of the intrinsic electric fields in ILs is of fundamental importance to the understanding of the properties of ILs and their applications.Unfortunately,until now the intrinsic electric fields in ILs have remained poorly understood,and their identification and quantification are very challenging.Researchers at R&D Center for Green Chemistry and Catalysis,CAS
Owing to their unique properties, ionic liquids （ILs） nowadays are very fascinating in various fields, including organic synthesis, catalysis, inorganic chemistry, electrochemistry, and materials. The determination of the strength of the intrinsicelectric fields in ILs is of fundamental importance to the understanding of the properties of ILs and their applications. Unfortunately, until now the intrinsic electric fields in ILs have remained poorly understood, and their identification and quantification are very challenging.
