Epoxy‐based dielectrics are extensively used in grid‐connected energy systems and
modern microelectronics as electrical insulation, adhesive, and packaging components …

It remains challenging to promptly inhibit and autonomically heal electrical trees inside
insulating dielectrics, which are caused by sustained strong electrical fields and …

In this paper, space charge behavior over a large range of electric field and temperature, of
two kinds of epoxy resins are investigated using an improved pulsed electro-acoustic …

In this paper, an improved method for the electric performance of polypropylene (PP) film
was proposed to promote the safety and stability of power capacitors. Modified PP films …

To improve the interface effect between the nanoparticles and the host matrix, this study
used the plasma generated by the dielectric barrier discharge device to treat the surfaces of …

Epoxy nano-composites along with inorganic nanoparticles as filler, can exhibit excellent
properties, such as ameliorated mechanical strength, improved thermal conductivity …

Epoxy resin (EP) insulations are widely considered as potential candidates for various
applications. However, it is not suitable for high frequency (HF) and high temperature (HT) …

Repairing the micro-scale damage of insulating materials under a strong electric field has
long been a highly desired but challenging task. Among all kinds of damage, water tree …

Space-charge characteristics of the pure epoxy resin (EP) and epoxy-based hybrid
composites under square pulse waves of different polarities and frequencies at different …

Surface charge accumulation on epoxy insulators is one of the most serious problems
threatening the operation safety of the direct current gas-insulated transmission line (GIL) …