Publication | Open Access
Ballistics of self-jumping microdroplets
31
Citations
42
References
2019
Year
EngineeringImpact (Mechanics)Hydrophobic Nanocones JumpFluid MechanicsWettingSuper-hydrophobic SurfaceSoft MatterMechanicsCapillarity PhenomenonMicrofluidicsBiophysicsTakeoff SpeedSelf-cleaning SurfacePhysicsNanofluidicsTerminal BallisticsSelf-jumping MicrodropletsMicrofabricationApplied PhysicsDroplet CombustionSmooth Landing
Droplets merging on hydrophobic nanocones jump off, and the takeoff speed is found to be maximum at microscale, below and above which viscosity and inertia, respectively, cap this speed. Microdroplets successively experience strong lift off, slow flight, and smooth landing, which impedes bouncing.
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