An original numerical method is proposed for solving the differential equations that describe
the combined corona-electrostatic electric fields. The assumptions made for the derivation of …

This paper numerically analyzes corona power loss associated with wire-duct electrostatic
precipitators. The finite-element method is used to solve Poisson's equation and a modified …

The association of several ionizing and nonionizing electrodes generates combined corona-
electrostatic fields, characterized by space charge zones of well-defined extensions. In a …

Numerical computation of the electric field strength and ionic space charge density in
electrode systems consisting of ionizing wire and non-ionizing cylinder, connected to the …

This paper aims to analyse the behavior of dc corona discharge in wire-to-plane electrostatic
precipitators (ESP) depending on the pressure. Current-voltage curves are analyzed …

An efficient method is proposed for the computation of the electric field strength and of the
space-charge density in configurations of at least three ionising and non-ionising electrodes …

In this paper a new method allowing the prediction of the VI characteristics of a duct-type
electrostatic precipitator operating under repetitive pulse excitation is proposed. The method …

Modeling of the electrical parameters of an electrostatic precipitator (ESP) with dust loading
under pulse energization is difficult, and little progress has been made in the past. A method …

Numerical computation of the electric field intensity and space charge density in electrode
systems consisting of ionizing and nonionizing elements, connected at the same direct …

For a thermoelectric power plant was made an analysis upon plate-type electrostatic
precipitators (ESPs) for an energetic group depending on the group's load, in different …