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Sobanski M.,Osrodek Techniki Plazmowej i Laserowej | Jasinski M.,Osrodek Techniki Plazmowej i Laserowej | Mizeraczyk J.,Osrodek Techniki Plazmowej i Laserowej | Mizeraczyk J.,Gdynia Maritime University
Przeglad Elektrotechniczny | Year: 2012

We present optimization process of energy transfer in waveguide-based, coaxial-type microwave plasma source (MPS). The MPS did not work correctly. Comsol Multiphysics software was used to numerical investigate the problem. For shorted coaxial line section length equal to 52 mm the input microwave power reflection coefficient decreased 4 times. Source


Sobanski M.,Osrodek Techniki Plazmowej i Laserowej | Barbucha R.,Osrodek Techniki Plazmowej i Laserowej | Lubanski M.,Osrodek Techniki Plazmowej i Laserowej | Dors M.,Osrodek Techniki Plazmowej i Laserowej | And 3 more authors.
Przeglad Elektrotechniczny | Year: 2012

We present equivalent circuit of existing cavity-resonant type microwave plasma applicator. The applicator can be used for conversion of hydrocarbons into hydrogen. It operates at atmospheric pressure and frequency of 2.45 GHz. The discussed applicator construction is based on ideas described in US patent applications. There are two electrodes mounted in reduced height waveguide. The equivalent circuit includes formulas which allow to calculate tuning characteristics of discussed cavity-resonant-type microwave applicator. The calculated tuning characteristics are very similar to those obtained from an experiment. Source

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