We study negative streamers in ambient air using a 2D axisymmetric fluid model. Depending
on the background electric field, we observe accelerating, steady and fading negative …

Streamer discharges are the primary mode of electric breakdown of air in lightning and high
voltage technology. Streamer channels branch many times, which determines the …

We study the energy efficiency of species production by streamer discharges with a single
voltage pulse in atmospheric dry air, using a 2D axisymmetric fluid model. Sixty different …

We study how external magnetic fields from 0 to 40 T influence positive streamers in
atmospheric pressure air, using 3D PIC-MCC (particle-in-cell, Monte Carlo collision) …

We study the effect of an inhomogeneous gas density on positive streamer discharges in air
using a 3D fluid model with stochastic photoionization, generalizing earlier work with a 2D …

We investigate negative and positive streamers in C 4 F 7 N–CO 2 mixtures through
simulations. These mixtures are considered to be more environmentally friendly than the …

The direct current (DC) resistivity method is an effective method for detecting subsurface
structures with conductive differences. The three-dimensional forward modeling of DC …

In this paper, we study how streamer discharges are influenced by a previous voltage pulse
using an axisymmetric fluid model. We simulate double-pulse positive streamers in N 2–O 2 …

In the article, we propose a combination method based on the multigrid method and
constraint data to solve the inverse problem in the context of the nonlinear convection …

We study how the choice of input data affects simulations of positive streamers in humid air,
focusing on H2O cross sections, photoionization models, and chemistry sets. Simulations …