Fabrication of argon atmospheric pressure plasma jet an‎d study of the effect of some physical factors an‎d parameters on its performance

1/14/2025 12:00:00 AM

The application of atmospheric pressure plasma jets on various materials to improve the properties of different surfaces, as well as to enhance the conditions an‎d properties of various biomaterials in industries an‎d applications such as medicine an‎d agriculture, has gained attention in recent years. The goal of this research is to investigate an‎d study the influential an‎d important factors in the design of atmospheric pressure plasma jets an‎d to optimize those factors affecting the design an‎d construction of an optimal an‎d cost-effective plasma jet for the intended application. In this study, a prototype plasma jet was first designed an‎d constructed, an‎d then this constructed device was placed in an experimental bed where the physical parameters related to plasma, such as temperature an‎d electron density at various points of the formed plasma, were investigated under different conditions of argon gas flow rate. Subsequently, the electric field in the area that facilitates plasma formation was simulated an‎d examined using relevant relations in a computer program, employing both analytical an‎d numerical methods for different conditions an‎d scenarios. By analyzing the data obtained from spectroscopy at different points in the plasma flame, it was inferred that the electron temperature does not change significantly along the plasma flame. The graphs related to the distribution of the electric field also show the field dispersion for various sizes of plasma electrodes, as well as the optimal position of the electrodes relative to each other for forming a plasma flame.

پلاسماي سرد فشار اتمسفري , تاثير توزيع ميدان الكتريكي در پلاسما جت , پيكربندي الكترود ها در پلاسما جت

Cold atmospheric plasma , The effect of electric field distribution in plasma jets , electrode configurations in the plasma jet

Hosein Moradbikloo

Dr. Mahdiyeh- Dr. Shayegan