The review provides an up-to-date overview and discussion of phenomena related to
positive streamer breakdowns in short uniform and non-uniform field (corona) gaps. The …

For various problems in atmospheric electricity it is necessary to understand the behavior of
corona discharge in wind. Prior work considers grounded electrode systems, of relevance …

By using a ballast resistor having resistance of 10 MΩ, varying the gap distance from 23 mm
to 0 mm and using a fixed dc voltage at 14 kV, the streamer corona, single filament, transient …

A'minimal'kinetic model of plasmachemical processes in low-current discharges in high-
pressure air is formulated, which takes into account electrons, an effective species of …

A computationally efficient model to evaluate stable glow corona discharges and their
transition into streamers is proposed. The simplified physical model referred to as the SPM is …

Spatial and time-resolved characteristics of a single surface dielectric barrier discharge
(sDBD) actuator are experimentally and numerically investigated. The paper also focuses on …

Corona discharges in flowing gas are of technological significance for a wide range of
applications, ranging from plasma reactors to lightning protection systems. Numerous …

Due to the progress in photoelectric detection techniques, visible light images provide more
abundant spatial structure information, which facilitates the detection of the colorimetry …

In this paper, the electrical characteristics of both the dielectric barrier corona discharge and
the usual ac corona discharge have been studied in parallel with the ozone generation …

The self-consistent leader inception and propagation model is used to analyze the influence
of the phase voltage on the attachment of lightning to ultra-high voltage power transmission …