Interaction between atmospheric pressure plasmas and non-planar dielectric surfaces in humid air DBD

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Investigations reveal discharge dynamics and reactive species distribution in dielectric barrier discharges, highlighting non-planar surface effects.

Higher discharge uniformity and reactive species distribution occur when non-planar surfaces act as cathodes, enhancing treatment efficacy.
Results indicated that discharge formed preferentially on the crests of higher protrusions of the non-planar surfaces, inhibiting adjacent lower protrusions.
A 2-dimensional plasma hydrodynamics model was validated with experimental observations, reflecting the interplay of surface properties and discharge behavior.
Findings contribute to a broader understanding of plasma-surface interactions, especially on non-planar surfaces relevant in biological and technological applications.

Ning et al. (2025) studied this question.

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View Full Paper

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Authors

Investigations reveal discharge dynamics and reactive species distribution in dielectric barrier discharges, highlighting non-planar surface effects.

Higher discharge uniformity and reactive species distribution occur when non-planar surfaces act as cathodes, enhancing treatment efficacy.
Results indicated that discharge formed preferentially on the crests of higher protrusions of the non-planar surfaces, inhibiting adjacent lower protrusions.
A 2-dimensional plasma hydrodynamics model was validated with experimental observations, reflecting the interplay of surface properties and discharge behavior.
Findings contribute to a broader understanding of plasma-surface interactions, especially on non-planar surfaces relevant in biological and technological applications.

Ning et al. (2025) studied this question.

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