A zero-dimensional (volume-averaged) and a pseudo-one-dimensional plug-flow (spatially
resolved) model are developed to investigate atmospheric-pressure plasma jets operated …

Dielectric barrier discharge ionization (DBDI) is a versatile tool for small-molecule mass
spectrometry applications, helping cover from polar to low polar molecules. However, the …

Atmospheric-pressure plasma jets operated in noble gases with an oxygen admixture have
high application potential in industry and medicine. In this paper, we report on an extension …

Absolute atomic oxygen densities measured space resolved in the active plasma volume of
a COST microplasma reference jet operated in He/O 2 and driven by tailored voltage …

Atmospheric pressure plasmas in argon are of particular interest due to the production of
highly excited and reactive species enabling numerous plasma-aided applications. In this …

This work investigates the influence of pulse modulation frequency ranging from 50 Hz–10
kHz on the helium RF atmospheric pressure plasma jet's fundamental characteristics. The …

This paper presents a joint calibration scheme for voltage (V) and current (I) probes that
helps accurately resolve the voltage–current phase differences even when the difference is …

This work investigates the influence of pulse modulation frequency ranging from 50 Hz-10
kHz on the helium RF atmospheric pressure plasma jet's fundamental characteristics. The …

Two-dimensional spatially resolved absolute atomic oxygen densities are measured within
an atmospheric pressure micro plasma jet and in its effluent. The plasma is operated in …

Application of magnetic field can affect the charge particle dynamics, plasma constituents,
and optical emissions from a cold atmospheric pressure micro-plasma jet. The present study …