The ability of artificial materials to be healed efficiently, mimicking the living organisms,
exhibits a great deal of potential advantages that can revolutionise the operation and …

Nanomaterials are receiving global attention due to outstanding high effectiveness and
thermal stability, fire retardancy, excellent physical-mechanical properties, good …

The fabrication of self-healing and recyclable CO2-based polymeric materials meets the
requirement of sustainable development. By introducing reversible hydrogen bonds and …

Due to the good elasticity and stretchability, conductive composites can be widely used as
sensitive strain sensors in health monitoring, electronic skin and intelligent robotics …

Self-healing synthetic polymers have attracted considerable scientific attention owing to their
excellent durability and extended lifetimes. Among the categories of extrinsic and intrinsic …

In recent years, the application of highly transparent hydrophobic coatings for anti-smudge
of electronic displays, automotive glass surfaces, and solar cell surfaces has attracted …

With their high specific modulus, high specific strength and designability, fiber‐reinforced
polymer (FRP) composites have replaced or surpassed traditional metallic materials in a …

Maintaining battery stability is the greatest concern for the next generation of electronic
devices, such as automotive and foldable electronics. Advanced lithium batteries experience …

Developing thermosets with inherent recyclability and flame retardancy is a great
importance from the views of fire safety, resource conservation and environmental …

Preparing of polymer materials similar to biological muscle properties with highly stretchable
and autonomous self-healing at room temperature is a challenge. Herein, hyperbranched …