A novel approach for solving the monopolar corona in high voltage direct current (HVDC)
transmission line systems is proposed by the finite difference method (FDM) and a full …

A method is suggested for calculating the inception voltage and corona current in humid air.
It is found that the photoelectrons distribution within the ionization layer, which depends …

This paper presents an intensive measurement and analysis of monopolar ionized fields in
bundled high voltage direct current (HVDC) conductors using the finite difference method …

This paper describes a new, stable method of calculating ion flow fields in the presence of
wind. The principle of the new method is to use the integral form of the current continuity …

A self-consistent theoretical model is described for the computation of space charge density
and electric field under a HVDC transmission line in coruna discharge above a ground …

Ions produced by corona on overhead HVDC transmission lines drift through the air under
the action of the electric field and wind. Knowledge of the ion-flow characteristics is essential …

The phenomenon of corona discharge from thin-wire or sharp-point electrodes has found
various important applications especially when effective charging devices are needed. In …

In the finite element modeling of corona fields, the area close to the corona electrode needs
the finest discretization due to a significant difference in size and curvature of electrodes …

The charge simulation method is used to model the VI characteristics of corona from
monopolar bundled transmission lines without resort to W. Deutsch's (1933) assumption …

This paper aims at the analysis of the monopolar ionized field in conductor-to-plane
configurations without resorting to Deutsch's assumption. A new iterative finite-element …