The gas discharge excitation method uses an applied AC voltage with a frequency of between 500Hz and 50kHz, which is insufficient to trigger the gas discharge and superimposed transient voltage pulses (A,B) used for increasing the energy level to initiate the gas discharge. The transient voltage pulses may have a rise time of less than 5 microsec, with different pulses superimposed on each half wave of the basic AC voltage signal adjacent the maximum voltage amplitude. USE - For plasma process used for semiconductor manufacture
WO 2010069594 A1 UPAB: 20100714 NOVELTY - The process comprises activating the vapor from a coating ...
DE 19816377 A UPAB: 19991221 NOVELTY - This device has two electrodes (4,5), of which one is coated ...
In order to perform bipolar low-pressure glow processes, a static and dynamic matching of the genera...
The gas discharge is acted on by a first alternating voltage in the range of 500 Hz to 50 kHz, still...
DE 102006002333 A1 UPAB: 20071018 NOVELTY - Extinguishing arc discharges during plasma working proce...
A procedure for controlling glow discharge processes has pulse-shaped energy in-feed into at least t...
WO2005060321 A UPAB: 20050818 NOVELTY - A plasma (26) is formed by an operating gas (22) in a discha...
Summary form only given. Nonthermal atmospheric pressure gas discharges operated in the diffuse mode...
Summary form only given. Nonthermal atmospheric pressure gas discharges operated in the diffuse mode...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
The increasing demand for hydrogen gas production is currently met with fossil fuel gasification and...
The increasing demand for hydrogen gas production is currently met with fossil fuel gasification and...
WO 2010069594 A1 UPAB: 20100714 NOVELTY - The process comprises activating the vapor from a coating ...
DE 19816377 A UPAB: 19991221 NOVELTY - This device has two electrodes (4,5), of which one is coated ...
In order to perform bipolar low-pressure glow processes, a static and dynamic matching of the genera...
The gas discharge is acted on by a first alternating voltage in the range of 500 Hz to 50 kHz, still...
DE 102006002333 A1 UPAB: 20071018 NOVELTY - Extinguishing arc discharges during plasma working proce...
A procedure for controlling glow discharge processes has pulse-shaped energy in-feed into at least t...
WO2005060321 A UPAB: 20050818 NOVELTY - A plasma (26) is formed by an operating gas (22) in a discha...
Summary form only given. Nonthermal atmospheric pressure gas discharges operated in the diffuse mode...
Summary form only given. Nonthermal atmospheric pressure gas discharges operated in the diffuse mode...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
This paper describes a novel method for generating electrical transients. A small charged metal sphe...
The increasing demand for hydrogen gas production is currently met with fossil fuel gasification and...
The increasing demand for hydrogen gas production is currently met with fossil fuel gasification and...
WO 2010069594 A1 UPAB: 20100714 NOVELTY - The process comprises activating the vapor from a coating ...
DE 19816377 A UPAB: 19991221 NOVELTY - This device has two electrodes (4,5), of which one is coated ...
In order to perform bipolar low-pressure glow processes, a static and dynamic matching of the genera...