Discharges in liquids have been the subject of intensive investigations for a broad range of
applications and involve highly coupled and complex phenomena with timescales ranging …

Plasma–liquid interaction processes are essential to various plasma applications such as
sewage disposal, biomedicine, and synthesis of nanomaterials. However, the near gas …

Propylene oxide (PO) is a critical gateway chemical used in large-scale production of
plastics and many other compounds. In addition, PO is also used in many smaller-scale …

Plasma driven solution electrochemistry has received increasing attention during the last
decade for a variety of applications including nanomaterial synthesis. We report the …

This research describes the influence of two types of particles, namely rutile and anatase
microparticles (average d< 5 µm), on the morphology, structure, and anticorrosive properties …

Plasma‐driven solution electrochemistry offers alternatives to wet‐chemical methods for
synthesizing nanomaterials. This study examines how precursor solution pH affects gold …

Many applications involving plasma–liquid interactions depend on the reactive processes
occurring at the plasma–liquid interface. We report on a falling liquid film plasma reactor …

The formation and transportation of short-lived species on/within the plasma-liquid interfacial
layer plays a crucial role in various applications because of their high chemical reactivity …

This contribution focuses on the spatial‐temporal behavior and reactive pathways of O3
produced by a surface air microdischarge in the gas and liquid phase using ultraviolet …

This study addresses the challenge of detecting and quantifying short-lived OH radicals at
the plasmaliquid interface. Incident microscopic laser-induced fluorescence (mLIF) was …