The interfacial effect is widely used to optimize the properties of ferroelectric
nanocomposites, however, there is still a lack of direct evidence to understand its underlying …

Smart dielectrics with self-adaptive capabilities can exhibit desirable electric field-grading
performance as the applied electric field exceeds a critical value. However, the conventional …

Polymeric insulating materials is the basis of electric power system and has been widely
employed in various electric power system apparatus. With the emergence of net-zero …

Highly stable ZnO varistor ceramics with steadily decreasing power loss have been put into
applications in electrical and electronic systems for overvoltage protections, even with the …

The sensitivity of triboelectric nanogenerators (TENGs) to the surface charge density
highlights the significance of triboelectric materials and their modifications. Efforts have been …

The application of self-adaptive dielectrics (SADs) is a promising approach to enhancing the
insulation performance as well as downsizing of most high voltage apparatus. Beside …

The electrical field grading materials are expected to well response to arbitrary electrical
excitation. In this paper, a modified Voronoi network model is established to simulate the …

Organic electric-field regulator has the ability to suppress the space charge accumulation in
the composite due to its electric-field and filler-content enhanced conductivity. Moreover, it …

Polymer-based self-adaptive dielectrics are considered promising materials to meet the
growing insulation needs of flexible electronic devices and high-voltage DC cables …

Nonlinear dielectrics with self-adaptive electrical parameters (SADs) are promising for field
grading and stress control in key parts of high-voltage apparatus. However, the performance …