Add to ORKGShape oscillations of a bubble, which are either attached to a capillary tip or freely floating in a liquid, are studied by high speed imaging. The effect of surfactant (alpha-terpineol) on the decay time of oscillations is studied. It is observed that the addition of this surfactant in water leads to an important shortening of the decay time
We report measurements of the relaxation and resonance frequency of forced oscillating bubbles cove...
The rise of bubbles in liquid is a common phenomenon in chemical engineering applications. Bubble dy...
The sonication of an aqueous solution generates cavitation bubbles, which may coalesce and produce l...
The decay of shape oscillations of a bubble in solutions of a soluble non-ionic surfactant are stud...
Surface-active agents (surfactants, e.g. washing agents) strongly modifies properties of gas-liquid ...
Shape oscillations of bubbles in surfactant solutions are investigated by means of high-speed imagin...
Most processes involving bubbling in a liquid require small bubbles to maximise mass/energy transfer...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
This contributon deals with bubble oscillations and their damping by surfactants
This work presents results of an experimental study of the influence of the approach velocity on the...
The contribution deals with experimental study of oscillations of bubbles attached to the capillary
Interest in coated microbubbles as agents for therapeutic and quantitative imaging applications in b...
High-speed imaging was used to capture the effect of surface-active solutes on the behavior of acous...
The motion of bubbles in an ultrasonic field is a fundamental physical mechanism in most application...
We report measurements of the relaxation and resonance frequency of forced oscillating bubbles cove...
The rise of bubbles in liquid is a common phenomenon in chemical engineering applications. Bubble dy...
The sonication of an aqueous solution generates cavitation bubbles, which may coalesce and produce l...
The decay of shape oscillations of a bubble in solutions of a soluble non-ionic surfactant are stud...
Surface-active agents (surfactants, e.g. washing agents) strongly modifies properties of gas-liquid ...
Shape oscillations of bubbles in surfactant solutions are investigated by means of high-speed imagin...
Most processes involving bubbling in a liquid require small bubbles to maximise mass/energy transfer...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
The shape oscillations of a bubble, which is attached to a tip of a capillary tube, are studied expe...
This contributon deals with bubble oscillations and their damping by surfactants
This work presents results of an experimental study of the influence of the approach velocity on the...
The contribution deals with experimental study of oscillations of bubbles attached to the capillary
Interest in coated microbubbles as agents for therapeutic and quantitative imaging applications in b...
High-speed imaging was used to capture the effect of surface-active solutes on the behavior of acous...
The motion of bubbles in an ultrasonic field is a fundamental physical mechanism in most application...
We report measurements of the relaxation and resonance frequency of forced oscillating bubbles cove...
The rise of bubbles in liquid is a common phenomenon in chemical engineering applications. Bubble dy...
The sonication of an aqueous solution generates cavitation bubbles, which may coalesce and produce l...