Abstract:Highlights
Ionic liquids were used to sonicate a “non vapor” media.
In absence of vapor, cavitation is controlled by gas pressure.
Cavitation influences orientation and organization of self-assembled monolayers.
Chemical adsorption of molecules is highly activated by cavitation.
Chemical adsorption of molecules is not dependent on cavitation intensity.
“…The turquoise cluster gathers articles that make use of electrochemical or spectroscopic techniques for the investigation of cavitation activity [24] . The magenta and red clusters comprise US-assisted extractions and biomass pretreatments [25] , [26] . Finally, the blue cluster groups studies focusing on bubble dynamics in ionic aqueous solution [27] .…”
“…The turquoise cluster gathers articles that make use of electrochemical or spectroscopic techniques for the investigation of cavitation activity [24] . The magenta and red clusters comprise US-assisted extractions and biomass pretreatments [25] , [26] . Finally, the blue cluster groups studies focusing on bubble dynamics in ionic aqueous solution [27] .…”
Highlights
Classification of cavitation as stable or inertial is inadequate in some cases.
Cavitation intensity may be underestimated due to inaccurate frequency filtering.
Pure cavitation noise should be used to character cavitation intensity.
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