Solid-state electrolytes are considered the most promising components for achieving high
energy density and safety, and developing high-performance solid-state electrolytes is …

Stimuli‐responsive ion nanochannels have attracted considerable attention in various fields
because of their remote controllability of ionic transportation. For photoresponsive ion …

Exploring stimuli-responsive ionic-conductive materials is a challenging task and has
gained considerable attention owing to their noninvasive manipulation and applications …

Toxic agricultural pollutants in the environment, such as paraquats, are harmful to human
beings. In this study, we provide a feasible method for sensing three kinds of paraquat …

Poly (ionic liquid) s (PILs) have been widely applied in various disciplines because of their
unique physical, chemical, and electrical characteristics. To broaden the applications of …

Block copolymer composite electrolytes have gained extensive attention for their promising
performance in ionic conductivity and mechanical properties, making them valuable for …

Poly (ionic liquid) s (PILs) are promising candidates used as solid electrolytes because of
their excellent electrochemical properties and improved processability. Introducing light …

A precise interplay exists between the macromolecular scaffold and catalytically active metal
centres within enzymes, resulting in nature's ultimate catalysts. Although replicating the …

The solid polymer electrolytes are conductive materials which is composed of polymers,
cations and anions. Compared with traditional electrolytes, solid polymer electrolytes not …

Template wetting methods have been widely applied in the preparation of one-dimensional
(1D) polymer nanomaterials. We study the fabrication and characterization of different …