Electric discharge across an air gap can be self-healing, providing a unique capability for
repetitive, fast, high-voltage/current switching applications through arc conduction …

The electric discharge across a varistor granule filled air gap under a fast‐rising voltage
pulse was investigated for surge protection applications. The effects of temperature and …

The uniform propagation of positive-polarity surface plasmas in air at atmospheric pressure
has been achieved using a multi-layer structure, consisting of a silicon wafer covered by a 1 …

A stable plasma source for high-density fluids, ie liquids, supercritical fluids (SCFs), and high-
pressure gases, was developed by utilizing carbon nanotube (CNT) sheets that possess a …

In this study, a novel electrophoretic deposition (EPD) method with field-emitting surface
dielectric barrier discharges (FESDBDs) was developed. As the discharges are sustained by …

Plasmas in high-density media, including liquids and supercritical fluids (SCFs), have been
attracting attention. In the discharge using carbon nanotube electrodes in supercritical and …

Electric discharge across an air gap can be self-healing, providing a unique capability for
repetitive, fast, high voltage/current switching applications through arc conduction …