Low-temperature plasma plays various roles in industrial material processing as well as
provides a number of scientific targets, both from theoretical and experimental points of view …

This paper investigates the insulation characteristics of CF 3 I mixtures with CF 4, CO 2, N 2,
O 2 and air by Boltzmann equation analysis (with mole percentages), neglecting the …

State-to-state numerical simulations of high-speed reacting flows are the most detailed but
also often prohibitively computationally expensive. In this work, we explore the usage of …

A novel direct numerical method to calculate the electron velocity distribution function
(EVDF) in hydrodynamic equilibrium under a uniform DC electric field is presented. In the …

The electron swarm parameters, namely electron drift velocity, mean energy, effective
ionization coefficient and limiting values of number-density-reduced electric fields, E/N, are …

Reduced critical electric field strength (E/N) cr is an important indicator for the evaluation of
dielectric breakdown of SF 6 and its mixtures. This paper aims to analytically investigate the …

A novel strategy to solve the Boltzmann equation with variable reduced electric field $ E/N $
by using an artificial neural network (ANN) is introduced, where $ E $ is the electric field and …

SF 6 is a dielectric gas with high dielectric strength which is used in high voltage
applications related to power equipment technology. However, its global warming potential …

Electron attachment often imposes practical difficulties in Monte Carlo simulations,
particularly under conditions of extensive losses of seed electrons. In this paper, we discuss …

Research on alternative dielectric gases to eliminate the disadvantages of SF6, which is
widely used in GIS and switching systems in the power system engineering, has been an …