Scientific Achievement
Established new strategies to improve dielectric energy storage empowered by emerging insights in entropy-driven synthesis of multilaminate supramolecular nanocomposites.
Significance and Impact
This work highlights the central role of oriented nanoparticle-rich lamella in manipulating dielectric properties and electrostatic energy storage performance, offering a design concept for exploiting high-energy-density polymer nanocomposite films which allows to gain control over their multi-scale synthesis and understand how each factor contributes to overall performance.
Research Details
- Synthesized highly ordered lamellar organic–inorganic supramolecular nanocomposites showing as excellent dielectrics.
- Film capacitors demonstrated superior energy storage properties. Revealed charge transport and dielectric breakdown behaviors experimentally and computationally
