A Hydrodynamic Mechanism for the Coalescence of Liquid Drops

90 percentile amplitude analysis Aroclor Benzene calibration cell top cleaning procedure coalescence cell coalescence cup coalescence distribution curves coalescence equipment coalescence measurements Comments constant-temperature bath contamination cylinder Data-consistency test Decreases denser than phase Distilled benzene drop rest Dropping tip dynes/cm rms sound effect not significant equation experimental tank film rupture film thickness fluid frequency spectrum glass gravity Group 1 Group Group effect significant Hypodermic needle impedance bridge Induced sonic disturbances interface interfacial tension Materials Mean Median microburet oscilloscope P₂ phase 2 film phase 2 liquid physical properties pump Purpose radius Rest-times sec rms sound pressure shown in Fig sinh 2hk spherical shell surface area surface-active agent Surfactant swimming-pool speaker syringe Table Taylor instability tensiometer thin trochoidal trochoidal wave Variance velocity potential viscosity voltage water-anisole water-benzene system wave analyzer wave number wavelength Wood's metal