The chemical characteristics of atmospheric pressure dielectric barrier discharge plasma
generated in air are very sensitive to some factors, such as environment temperature and …

This contribution investigates the effects of duty cycle and mass flow of synthetic air and
oxygen on the efficiency of ozone generation in multi-hollow surface dielectric barrier …

Dielectric-barrier discharge (DBD) plasma reactors offer significant prospects for use in
various applications, such as for promoting the anti-icing or deicing of aircraft surfaces and …

This paper describes the results of modeling of a dielectric barrier discharge (DBD).
Filamentary structure of DBD is taken into account in the model by introducing the ratio of the …

Surface dielectric barrier discharge (SDBD) is used in a variety of different applications;
however, the ozone generated in the discharge can be toxic to people in the vicinity. In this …

The temperature field distribution in air SDBD (surface dielectric barrier discharge) is
investigated by measuring the temperatures of reactive plasma volume (T p), electrode (T e) …

This work deals with the experimental study of a surface dielectric-barrier discharge, as a
part of the ongoing interest in the control of plasma induced electro-fluid dynamic effects (eg …

Plasma-activated water (PAW) with reactive species produced by plasma in water can
efficiently inactivate bacteria and has potential biomedical applications. Surface dielectric …

We investigated the air supply mode effects on ozone production of the surface dielectric
barrier discharge in the cylindrical configuration. The air into the discharge volume between …

In this work, a surface dielectric barrier discharge (SDBD) device coupled with power
electronics technology was designed for precise control of the ground-electrode temperature …