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The research aims to isolate the effects of surface turbulence on reactive species transport at plasma-liquid interfaces.

March 7, 2026Open Access

Plasma-liquid interactions on acoustically structured Faraday liquid interfaces

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Experiments demonstrate enhanced reactive species transport at plasma-liquid interfaces, suggesting improved contaminant removal methods.

The research aims to isolate the effects of surface turbulence on reactive species transport at plasma-liquid interfaces.
Introduced surface perturbations using Faraday waves
Conducted experiments to determine decoloration rate constants
Analyzed interactions of plasma ionization waves and hydrodynamics
Modeled local plasma ionization wave at the interfacial structure
Increased decoloration rate of methylene blue observed with induced surface perturbations
Capillary waves were generated at the plasma-water interface, modifying the surface
Local plasma ionization wave structures showed increased propagation distance with liquid perturbations
Enhanced transport of reactive species and increased interfacial surface area were realized

Walker et al. (2025) studied this question.

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