Dielectrics in Electric Fields explores the influence of electric fields on dielectric—ie, non-
conducting or insulating—materials, examining the distinctive behaviors of these materials …

Changes in the dielectric breakdown field of polyimide (PI) films have been studied from 25
to 400° C under dc ramps. Both the area (from 0.0707 to 19.635 mm 2) and thickness (from …

Abstract Effects of cast film extrusion and biaxial orientation on morphological development
and DC dielectric breakdown performance of non-oriented and biaxially oriented …

Multilayer structural design (including sandwich structure) has received wide attention due
to its complementary advantages of different layers in the field of high energy density …

The stability of high energy-storage performance dielectric-film capacitors with respect to
frequency, temperature, and cycle number is very essential for developing energy-storage …

Breakdown strength is an essential feature of dielectrics. Theoretically, the intrinsic strength
is independent of the configuration of the dielectrics or electrodes and the category of …

Breakdown tests on four types of thermostable inter-turn insulation material were carried out
under bipolar high-frequency square waves from 1~ 20 kHz. The insulation breakdown …

Lead-free dielectric film capacitors with high recoverable energy-storage density (U r) and
large energy efficiency (η) are highly desired for the development of next-generation energy …

The main contribution of this paper is to provide reasonable confidence intervals for
maximum likelihood estimates of percentile points in dielectric breakdown voltage …

Thermal aging is one of the main failure mechanisms in metallized polypropylene film
capacitors (MPPFCs). Also, catastrophic failure is more likely to happen under elevated …