Considerable interest has emerged in atmospheric pressure discharges within the
microwave frequency range over the past decade, driven by the growing potential …

Aims This study aims to assess the potential bacterial inactivation pathway triggered by
argon (Ar) cold atmospheric pressure plasma jet (CAPJ) discharge using spectroscopic and …

This study investigates the mechanism of discharge transitions in a radio frequency
atmospheric pressure plasma jet (RF APPJ), with the aim of unraveling the underlying …

The emergence of antimicrobial resistance has become a major contributor to healthcare-
associated infections. Recently, the cold atmospheric pressure plasma jet (CAPJ) …

Film deposition with atmospheric pressure plasma jet (APPJ) is an effective approach to
enhance surface performances of insulating materials for its high reactivity and flexible …

The effect of pulse-modulated sub-RF range (100 kHz–1 MHz) excitation on atmospheric
pressure argon plasma jet characteristics is studied. For this, a suitable power supply is …

Cold atmospheric pressure plasma jet activated liquids (CAPJALs) have attracted
considerable scientific attention due to their peculiar antimicrobial characteristics. In the …

A novel Tesla coil-based cold atmospheric pressure plasma (CAPP) device has been
developed from the first principle for biomedical applications. This device has been …

In the present paper, we have proposed a chemical kinetic global model to simulate
discharge systems with He, working gas, in the existence of different humidity levels …

Atmospheric pressure plasma jets (APPJs) represent a forefront in contemporary plasma
technology, providing non-thermal avenues to generate highly reactive environments pivotal …