This review provides a description of the historical background of the development of
biological applications of low-temperature plasmas. The generation of plasma, methods and …

Atmospheric pressure planar plumes are desirable for the applications of low temperature
plasmas, such as rapid modification of large‐scale surfaces. Up to now, only single‐mode …

Plasma medicine is an emerging research field which has been driven by the development
of plasma sources suitable to generate low temperature plasmas. In many cases, such …

The generation of a large cold plasma jet while maintaining the reproducibility and
homogeneity of the discharge is one of the major challenges encountered by the plasma …

The interest in applying plasma catalysis for various applications is significantly growing;
therefore, a rapid discovery and optimization of catalysts in the plasma system is highly …

This study reported the characterization of neon plasma jets emerging from a novel plasma
device known as a plasma candle. The device launches stable, wide, and long cold plasmas …

The combination of nonthermal plasma with honeycomb catalysts still represents one of the
major challenges in plasma catalysis from the technological point of view. The objective of …

A double-layer (DL) nozzle device mounted on a dielectric tube for expanding the range of
atmospheric pressure plasma jet is designed. Using the hierarchical structure of the nozzle …

The success of plasma jets in broad fields is raising the demand to enlarge the jet size to be
used in practical and industrial applications. However, conventional upscaling approaches …

In this study, the characteristics of the plasma jet launched from a single-wide tube (diameter
of up to 30 mm) are investigated under different operating conditions and electrode …