General power-law temporal scaling for unequal-size microbubble coalescence.
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DOI: 10.1103/physreve.101.023106
Abstract: We systematically study the effects of liquid viscosity, liquid density, and surface tension on global microbubble coalescence using lattice Boltzmann simulation. The liquid-gas system is characterized by Ohnesorge number Oh≡η_{h}/sqrt[ρ_{h}σr_{F}] with η_{h},ρ_{h},σ, and r_{F} being… read more here.
Keywords: coalescence; size; microbubble coalescence; general power ... See more keywords