Effect of particle size on the stripping dynamics during impact of liquid marbles onto a liquid film

Abstract

The robust attachment of particles at fluid interfaces is favorable for engineering new materials owing to large capillary energy, but it meets significant challenges when particle removal is a requirement....

Liquid marbles: review of recent progress in physical properties, formation techniques, and lab-in-a-marble applications in microreactors and biosensors

“…9,10 The outer particles of LMs are repeatedly used owing to the low wettability between the particles and the inner liquid (recyclable). [11][12][13] The easy recyclability of outer particles and lossless inner liquid transportation make LMs a promising technology for achieving a circular economy. Hence, the physical properties of LMs, such as multilevel robustness based on the application environment, have been intensively studied.…”