Novel High Voltage Pulsing to Generate Uniform Glow Discharge Air Plasma for Environment Friendly Inline Treatment of Textile

The era of evolution in power electronic systems has led to a widespread displacement of power supplies operating at mains frequencies. Switched-mode power inverters offer possibilities incomparably higher than mains transformers. These trends have also entered into plasma technologies, including GlidArc plasma processing. The article presents the use of an inverter power supply for a miniaturized GlidArc. It is a demonstration of using a push–pull topology in an unusual application. A special part is devoted to parasitic phenomena in the inverter and the implementation of switching overvoltages as a way of improving the ignition parameters of the power supply. The results of the tests with a plasma reactor in air conditions as a process gas are also presented.

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Novel High Voltage Pulsing to Generate Uniform Glow Discharge Air Plasma for Environment Friendly Inline Treatment of Textile

Cited by 3 publications

References 4 publications

A review of plasma-based superhydrophobic textiles: theoretical definitions, fabrication, and recent developments

A review of plasma-based superhydrophobic textiles: theoretical definitions, fabrication, and recent developments

Temperature Control Strategies of Atmospheric Plasma Jet for Tissue Treatment

A Gliding Arc Microreactor Power Supply System Based on Push–Pull Converter Topology

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