Abstract
The plasmatron has a water cooled cylindrical hollow electrode, a current-carrying spiral and current leads in the form of current carrying ducts. The construction makes a combined movement of the arc foot possible over the internal surface of the hollow electrode by a gas eddy, and also produces a self-induced magnetic field due to the working current of the arc, and an increase of magnetomotive force proportional to the value of working current. The water cooling is taken spirally around the outer surface of the hollow electrode and along the current-carrying spiral.
Citation Formats
Kiselev, J J, Mercher, A M, and Kischinew, S S.A.
Plasmatron.
Germany: N. p.,
1979.
Web.
Kiselev, J J, Mercher, A M, & Kischinew, S S.A.
Plasmatron.
Germany.
Kiselev, J J, Mercher, A M, and Kischinew, S S.A.
1979.
"Plasmatron."
Germany.
@misc{etde_6396020,
title = {Plasmatron}
author = {Kiselev, J J, Mercher, A M, and Kischinew, S S.A.}
abstractNote = {The plasmatron has a water cooled cylindrical hollow electrode, a current-carrying spiral and current leads in the form of current carrying ducts. The construction makes a combined movement of the arc foot possible over the internal surface of the hollow electrode by a gas eddy, and also produces a self-induced magnetic field due to the working current of the arc, and an increase of magnetomotive force proportional to the value of working current. The water cooling is taken spirally around the outer surface of the hollow electrode and along the current-carrying spiral.}
place = {Germany}
year = {1979}
month = {Dec}
}
title = {Plasmatron}
author = {Kiselev, J J, Mercher, A M, and Kischinew, S S.A.}
abstractNote = {The plasmatron has a water cooled cylindrical hollow electrode, a current-carrying spiral and current leads in the form of current carrying ducts. The construction makes a combined movement of the arc foot possible over the internal surface of the hollow electrode by a gas eddy, and also produces a self-induced magnetic field due to the working current of the arc, and an increase of magnetomotive force proportional to the value of working current. The water cooling is taken spirally around the outer surface of the hollow electrode and along the current-carrying spiral.}
place = {Germany}
year = {1979}
month = {Dec}
}