Add to ORKGThe contribution deals with experimental study of oscillations of bubbles attached to the capillary
This work is focused on the detailed experimental study of bubble adhesion on a hydrophobic solid su...
A mathematical framework is developed for measuring the dilatational rheological properties of gas-l...
The sonication of an aqueous solution generates cavitation bubbles, which may coalesce and produce l...
Surface-active agents (surfactants, e.g. washing agents) strongly modifies properties of gas-liquid ...
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
The decay of shape oscillations of a bubble in solutions of a soluble non-ionic surfactant are stud...
Most processes involving bubbling in a liquid require small bubbles to maximise mass/energy transfer...
An oscillating bubble attached to a tip of a capillary is used for probing interfacial properties of...
Shape oscillations of bubbles in surfactant solutions are investigated by means of high-speed imagin...
The contribution provides a procedure for computing the eigenmode frequencies, shapes and dampings f...
The bouncing and coalescence of bubbles in a free surface will be experimentally studied. Three liqu...
The dilatational properties of fluid surfaces and interfaces have been comprehensively investigated i...
The motion of bubbles in an ultrasonic field is a fundamental physical mechanism in most application...
This work is focused on the detailed experimental study of bubble adhesion on a hydrophobic solid su...
A mathematical framework is developed for measuring the dilatational rheological properties of gas-l...
The sonication of an aqueous solution generates cavitation bubbles, which may coalesce and produce l...
Surface-active agents (surfactants, e.g. washing agents) strongly modifies properties of gas-liquid ...
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
The decay of shape oscillations of a bubble in solutions of a soluble non-ionic surfactant are stud...
Most processes involving bubbling in a liquid require small bubbles to maximise mass/energy transfer...
An oscillating bubble attached to a tip of a capillary is used for probing interfacial properties of...
Shape oscillations of bubbles in surfactant solutions are investigated by means of high-speed imagin...
The contribution provides a procedure for computing the eigenmode frequencies, shapes and dampings f...
The bouncing and coalescence of bubbles in a free surface will be experimentally studied. Three liqu...
The dilatational properties of fluid surfaces and interfaces have been comprehensively investigated i...
The motion of bubbles in an ultrasonic field is a fundamental physical mechanism in most application...
This work is focused on the detailed experimental study of bubble adhesion on a hydrophobic solid su...
A mathematical framework is developed for measuring the dilatational rheological properties of gas-l...
The sonication of an aqueous solution generates cavitation bubbles, which may coalesce and produce l...