Abstract
An analytical technique based on a generalization of the Stappaerts method is proposed for discharge electrode designing. It allows one to consider asymmetry elements, such as current return bars, or to approach new laser geometries, e.g., the double-head laser.
Citation Formats
Flora, F, and Mezi, L.
Analytical method for compact discharge electrodes in asymmetrical geometries.
Italy: N. p.,
1994.
Web.
Flora, F, & Mezi, L.
Analytical method for compact discharge electrodes in asymmetrical geometries.
Italy.
Flora, F, and Mezi, L.
1994.
"Analytical method for compact discharge electrodes in asymmetrical geometries."
Italy.
@misc{etde_10124126,
title = {Analytical method for compact discharge electrodes in asymmetrical geometries}
author = {Flora, F, and Mezi, L}
abstractNote = {An analytical technique based on a generalization of the Stappaerts method is proposed for discharge electrode designing. It allows one to consider asymmetry elements, such as current return bars, or to approach new laser geometries, e.g., the double-head laser.}
place = {Italy}
year = {1994}
month = {Jan}
}
title = {Analytical method for compact discharge electrodes in asymmetrical geometries}
author = {Flora, F, and Mezi, L}
abstractNote = {An analytical technique based on a generalization of the Stappaerts method is proposed for discharge electrode designing. It allows one to consider asymmetry elements, such as current return bars, or to approach new laser geometries, e.g., the double-head laser.}
place = {Italy}
year = {1994}
month = {Jan}
}