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To explore how structuring liquid surfaces using acoustic techniques affects plasma interactions and chemical processes.

March 8, 2026Open Access

Controlling plasma produced fluxes to liquid surfaces by acoustic structuring: applications to plasma driven solution electrochemistry

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To explore how structuring liquid surfaces using acoustic techniques affects plasma interactions and chemical processes.
Computational investigation of plasma jets on structured water containing AgNO3
Analysis of electrochemical reactions facilitated by surface structuring
Examination of wave patterns on liquid surfaces to enhance reactivity
Acoustic structuring increases electric field at liquid peaks, enhancing reactive species generation
Structured surfaces allow spatial differentiation in chemical selectivity
Improved synthesis rates of silver nanoparticles observed in designed experiments

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Computational investigation reveals that acoustic structuring improves silver nanoparticle synthesis, suggesting enhanced reactivity and selectivity.

Doyle et al. (2025) studied this question.

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Computational investigation reveals that acoustic structuring improves silver nanoparticle synthesis, suggesting enhanced reactivity and selectivity.