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 …

The inception of leader discharges in long air gaps at atmospheric pressure is simulated
with a thermo-hydrodynamic model and a detailed kinetic scheme for N 2/O 2/H 2 O …

The implementation of a drift-diffusion model of discharges in air utilizing stabilized
logarithmic finite-element formulation of governing equations is presented. The performance …

The finite-difference time-domain (FDTD) method has been widely used for analyzing the
EM wave propagation property of partial discharge (PD). However, many studies use …

Single streamers, at nanosecond-timescales, can be simulated using detailed computational
models with a high-dimensional representation. These models are computationally …

Positive corona burst pulses are an unstable pulse mode. They appear in a small range of
the onset stage, and their current pulses result from the collective movement of charged …

The audible noise generated by corona discharge has the N-type characteristic at the initial
generation stage, and it is a typical shock wave. This shock wave usually only exists around …

An efficient technique was used to model corona discharges without incorporating flux
corrections. A position-state separation (POSS) technique was employed to solve the …

The production and evolution of the double-head streamer discharge in air, as well as the
characteristics of positive & negative streamers, were described in this work using a …

The aim of the work is to simulate the dynamic of positive streamer in a plane-to-plane gap
filled with air at 300K and atmospheric pressure. A simulation was performed using 2 …