Dynamics of microflow at the plasma-liquid interface

HIGHLIGHTS

• who: Lucia Kuthanovu00e1 from the DepartmentMasaryk University have published the research work: Dynamics of microflow at the plasma-liquid interface, in the Journal: Scientific Reports Scientific Reports
• what: The authors propose that two mechanisms contribute to the channel fragmentation under given conditions, the capillary-wave instability and the end pinching mechanism, similarly as introduced for the free drops at low Reynolds numbers iu00adn27-29.
• how: The above described methodologies were applied to the investigated plasma-droplet system for two different power scenarios (with voltage amplitudes 5 kV and 7.8 kV) and the . . .
  

   

  

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