IET Nanodielectrics

Scope

Nanodielectrics are materials containing nanostructures that modulate or otherwise affect their dielectric properties. IET Nanodielectricsis a fully gold Open Access journal, encompassing the full scope of research in these advanced materials, including (but not limited to): Fundamental properties of dielectric advanced materials: Nano-structures in solid-state and liquid dielectric materials, including: clusters, layered materials, coatings and nanophases Chemistry and physics of dielectric materials Dielectric surfaces Interfaces between dielectric materials and between dielectric and non-dielectric materials Composition, structure and properties of nanodielectrics e.g., polymer nanocomposites, epoxy micro-composites, ionic and covalent solid-state materials, ceramics, dendrimers and monolayer surfactants Analysis of dielectric properties: Design and preparation of dielectric phases of all types of materials Measurements of dielectric material properties Simulations of dielectric phenomena Applications of advanced dielectric materials: High voltage electrical insulation High density energy storage capacitors and capacitors formed with nano-structured electrode plates Devices formed of electronic ceramics and dielectric polymers Electroactive polymer devices Functional films Devices exploiting nanostructured piezoelectric materials Other uses of advanced dielectric materials, including: electronic skin, wearable electronic clothing and health monitoring.