Over the past few decades, a new branch of plasma research, nanomaterial (NM) synthesis
through plasma–liquid interactions (PLIs), has been developing rapidly, mainly due to the …

Thanks to their portability and the non‐equilibrium character of the discharges,
microplasmas are finding application in many scientific disciplines. Although microplasma …

Pulsed excitation of cold atmospheric plasmas is commonly believed to offer valuable
benefits compared to the mainstream sinusoidal excitation. However, direct comparison of …

In order to characterize a nonequilibrium molecular plasma from the point of view of
translational, vibrational and rotational degrees of freedom and their interaction, the …

Plasmas can generate ultra-high-temperature reactive environments that can be used for the
synthesis and processing of a wide range of materials,. However, the limited volume …

The properties of a pulsed radio frequency capacitive discharge are investigated at
atmospheric pressure in argon. The discharge can operate in two different modes: a …

Efficient deposition of high-quality coatings often requires controlled application of excited or
ionized particles. These particles are either condensing (film-forming) or assisting by …

An atmospheric pressure capacitive discharge source has been developed that operates at
power densities over 100 W cm− 3. The ground state nitrogen atom concentration was …

A nitrogen microplasma jet operated at atmospheric pressure was developed for treating
thermally sensitive materials. For example, the plasma sources in treatment of vulnerable …

We present a method and results for measurement of electron density in atmospheric-
pressure dielectric barrier discharge. The electron density of microdischarge in atmospheric …