Microplasmas have attracted a tremendous amount of interest from the plasma community
because of their small physical size, stable operation at atmospheric pressure, non-thermal …

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

A radio-frequency atmospheric pressure argon plasma jet is used for the inactivation of
bacteria (Pseudomonas aeruginosa) in solutions. The source is characterized by …

Atmospheric pressure non-equilibrium (cold) plasma jet technology received enormous
attention in surface processing of materials in the last two decades, and still continues …

By flowing atmospheric pressure air through a direct current powered microhollow cathode
discharge, we were able to generate a 2 cm long plasma jet. With increasing flow rate, the …

Increased expression of integrins and focal adhesion kinase (FAK) is important for the
survival, growth and metastasis of melanoma cells. Based on this well-established …

Atmospheric pressure plasmas (APPs) have achieved great scientific and technological
advances for a wide range of applications. The synthesis and treatment of materials by APPs …

An atmospheric plasma jet (APPJ, 27.17 MHz, Ar with 1% HMDSO) has been studied for the
deposition of thin silicon-organic films. Jet geometries are attractive for local surface …

An RF microplasma jet working at atmospheric pressure has been developed for thin film
deposition application. It consists of a capillary coaxially inserted in the ceramic tube. The …

OH radicals distribution in an Ar-H2O atmospheric plasma jet | Physics of Plasmas | AIP
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