Cold atmospheric plasmas are a known source of reactive species enabling various
treatments, from the healing of chronic wounds to the treatment of surface cancers …

In this paper, experimental and simulation investigations have been carried out for the
characterization of the dielectric barrier discharge based cold atmospheric pressure plasma …

In this study, both model analysis and electrical characterization of a dielectric barrier
discharge based argon plasma jet have been carried at atmospheric pressure in a pin …

This paper proposes a new approach for detecting and identifying arc flash faults in power
systems. The proposed approach is structured to extract the phases of transient frequency …

In this paper, an atmospheric pressure plasma discharge in argon was generated using a
needle-to-ring electrode configuration driven by a sinusoidal excitation voltage. The electric …

High voltage pulses of very short duration and fast rise time are required for generating
uniform and diffuse plasma under various operating conditions. Dielectric Barrier Discharge …

In this paper, a dielectric barrier discharge plasma based atmospheric pressure plasma jet
has been generated in a floating helix and floating end ring electrode configuration using …

In this study, an atmospheric pressure dielectric barrier discharge-based argon plasma jet
has been modeled using COMSOL Multiphysics, which is based on the finite element …

In this article, the investigation has been carried out for the characterization of the proposed
tapered geometry of dielectric barrier discharge (DBD)-based cold atmospheric pressure …

The spatial–temporal discharge behavior of an AC argon plasma jet tilted at non-
perpendicular incidence angles (60, 45, and 30) interacting with an ungrounded metal …