Abstract:
A twin plasma apparatus including an anode plasma head and a cathode plasma head. Each of the plasma heads includes an electrode and a plasma flow channel and a primary gas inlet between at least a portion of the electrode and the plasma flow channel. The anode plasma head and the cathode plasma head are oriented at an angled toward one another. At least one of the plasma flow channels includes three generally cylindrical portions. The three generally cylindrical portions of the plasma flow channels reduce the occurrence of side arcing.
Abstract:
A plasma apparatus including a first anode plasma head and a first cathod e plasma head. Each of the plasma heads including an electrode, a plasma flo w channel, and a primary gas inlet disposed between at least a portion of sa id plasma flow channel. The first anode plasma head and the first cathode pl asma head being disposed at angle relative to one another. The plasma appara tus also including a second anode plasma head and a second cathode plasma he ad. Each of the plasma heads including an electrode, a plasma flow channel, and a primary gas inlet disposed between at least a portion of the electrode , the plasma flow channel, the second anode plasma head and the second catho de plasma head being disposed at an angle relative to one another.
Abstract:
A twin plasma apparatus including an anode plasma head and a cathode plasma head. Each of the plasma heads includes an electrode and a plasma flow channel and a primary gas inlet between at least a portion of the electrode and the plasma flow channel. The anode plasma head and the cathode plasma head are oriented at an angled toward one another. At least one of the plasma flow channels includes three generally cylindrical portions. The three generally cylindrical portions of the plasma flow channels reduce the occurrence of side arcing.
Abstract:
A plasma apparatus including a first anode plasma head and a first cathode plasma head. Each of the plasma heads including an electrode, a plasma flow channel, and a primary gas inlet disposed between at least a portion of said plasma flow channel. The first anode plasma head and the first cathode plasma head being disposed at angle relative to one another. The plasma apparatus also including a second anode plasma head and a second cathode plasma head. Each of the plasma heads including an electrode, a plasma flow channel, and a primary gas inlet disposed between at least a portion of the electrode, the plasma flow channel, the second anode plasma head and the second cathode plasma head being disposed at an angle relative to one another.
Abstract:
A plasma apparatus including a first anode plasma head and a first cathode plasma head. Each of the plasma heads including an electrode, a plasma flow channel, and a primary gas inlet disposed between at least a portion of said plasma flow channel. The first anode plasma head and the first cathode plasma head being disposed at angle relative to one another. The plasma apparatus also including a second anode plasma head and a second cathode plasma head. Each of the plasma heads including an electrode, a plasma flow channel, and a primary gas inlet disposed between at least a portion of the electrode, the plasma flow channel, the second anode plasma head and the second cathode plasma head being disposed at an angle relative to one another.
Abstract:
A twin plasma apparatus including an anode plasma head and a cathode plasma head. Each of the plasma heads includes an electrode and a plasma flow channel and a primary gas inlet between at least a portion of the electrode and the plasma flow channel. The anode plasma head and the cathode plasma head are oriented at an angled toward one another. At least one of the plasma flow channels includes three generally cylindrical portions. The three generally cylindrical portions of the plasma flow channels reduce the occurrence of side arcing.
Abstract:
Un aparato gemelo de plasma que incluye una cabeza de plasma de ánodo y una cabeza de plasma de cátodo. Cada una de las cabezas de plasma incluye un electrodo y un canal de flujo de plasma y una entrada principal de gas entre al menos una porción del electrodo y el canal de flujo de plasma. La cabeza de plasma de ánodo y la cabeza de plasma de cátodo están orientadas en un ángulo una hacia a la otra. Al menos uno de los canales de flujo de plasma incluye tres porciones generalmente cilíndricas. Las tres porciones generalmente cilíndricas de los canales de flujo de plasma reducen la ocurrencia de arqueamiento lateral.
Abstract:
A twin plasma apparatus including an anode plasma head and a cathode plas ma head. Each of the plasma heads includes an electrode and a plasma flow ch annel and a primary gas inlet between at least a portion of the electrode an d the plasma flow channel. The anode plasma head and the cathode plasma head are oriented at an angled toward one another. At least one of the plasma fl ow channels includes three generally cylindrical portions. The three general ly cylindrical portions of the plasma flow channels reduce the occurrence of side arcing.