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Figure2

PIP

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

Figure 6

PIP

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

Figure 5

PIP

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

Figure 3

PIP

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

Figure 4

PIP

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

Figure 7

PIP

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

Experimental Verification of Laminar Gas Flows and Localized Plasma-Induced Perturbations in a Microcavity Plasma Array

PIP

Plasma Science Fundamentals

Dielectric barrier discharges (DBDs), and in particular microcavity plasma arrays (MCPAs), represent a promising reactor platform for plasma-catalytic studies, as they allow plasma generation directly at catalytic surfaces, thereby providing...

6x csv

Upscaling of atmospheric pressure plasma jets for large area surface treatment via customized electrode designs

AEPT

Plasma Science Fundamentals

Plasma Modeling and Simulation

Atmospheric-pressure RF plasma jets based on the parallel-plate COST-Jet reference plasma source geometry *Golda J et al 2016 J. Phys. D: Appl. Phys.* **49** 084003) are investigated in He/O2 mixtures under different driving voltage waveforms....

Upscaling of atmospheric pressure plasma jets for large area surface treatment via customized electrode designs

AEPT

Upscaling of atmospheric pressure plasma jets for large area surface treatment via customized electrode designs

Experimental Physics 5

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