This review summarizes the results of cold atmospheric pressure plasma technology
application in polymers surface treatment. Attention is given to results of changes in the …

This research studied the effects of hydrogen addition on the structural, optical, and catalytic
properties of silver nanoparticles (AgNPs) synthesized by an atmospheric-pressure argon …

This paper reports the generation of cold plasma jet working under atmospheric pressure
condition, for surface treatment of polymeric films. The discharge has been characterized by …

Iron-containing by-products have high recycling value as an iron source due to the high
content of Fe. However, some impurities in by-products limit their recycling. In particular, zinc …

This study focuses on the instability and fault analysis of transferred arc plasma, utilizing
advanced signal processing methods. Transferred arc plasma systems find significant …

The in-plasma-catalytic synthesis of ammonia from nitrogen and hydrogen admixed to a
helium RF plasma is studied with infrared absorption spectroscopy, optical emission …

In a transferred arc plasma system, the position of the cathode is difficult to detect during the
smelting process as it remains inside the cylindrical anode. Real-time and accurate cathode …

In the current study, a square assembly of four quad-atmospheric pressure plasma jets (q-
APPJ) is used to treat large-sized chilli seeds simultaneously. Germination and growth …

Plasma in hydrogen-containing atmospheres is an efficient method for the reduction of iron
oxides. Although a vast number of approaches were performed for the reduction of bulk Fe …

When using powder particles in thermal plasma processes, partial evaporation of the
particles may occur during the plasma–particle interaction. This research proposed the study …