A phase shift droplet emulsion is introduced as an aid to unusual ultrasound (US)
applications. The transpulmonary droplet emulsion (90%< 6 μm diameter) is made by mixing …

Intended to provide an up-to-date overview of the field, this book is also likely to become a
standard work of reference on the science of droplets. Beginning with the theoretical …

Acoustic manipulation by an ultrasonic phased array provides an entirely new approach to
processes such as coalescence, mixing, separation, and evaporation occurring in the …

Acoustic levitation has been the cornerstone of many interesting studies across multiple
application domains ranging from biomedical engineering to spray drying. In the sphere of …

This paper examines the vaporization of individual dodecafluoropentane droplets by the
application of single ultrasonic tone bursts. High speed video microscopy was used to …

Acoustic levitation has developed into a popular but elegant tool for the study of drops as
well as soft matter due to its exceptional levitation capabilities to a variety of liquid samples …

Steady‐state acoustic streaming flow patterns have been observed during the operation of a
variety of resonant single‐axis ultrasonic levitators in a gaseous environment and in the 20 …

Acoustic radiation forces have been used to manipulate cells and bacteria in a number of
recent microfluidic applications. The net force on a cell has been subject to careful …

Acoustic levitators are becoming increasingly common research instrumentation for contact-
free, lab-in-a-droplet studies. Recently, levitators that employ multiple, small, ultrasonic …

Hypothesis Acoustic levitation provides the possibility to deform levitated droplets in a
controllable, and quantifiable manner, thus offering a means to measure the surface tension …