The handling of solids in microreactors represents a challenging task. In this paper, we
present an acoustophoretic microreactor developed to manage particles in flow and to …

Ultrasound (US) is a promising method to address clogging and mixing issues in
microreactors (MR). So far, low frequency US (LFUS), pulsed LFUS and high frequency US …

Compared to other actuating methods, acoustic actuators offer the distinctive capability of
the contactless manipulation of small objects, such as microscale and nanoscale robots …

This study introduced a novel fabrication of aluminum—carbon nanotube (CNT) composites
by employing bulk acoustic waves and accumulative roll bonding (ARB). In this method …

Brownian or self-propelled particles in aqueous suspensions can be trapped by acoustic
fields generated by piezoelectric transducers usually at frequencies in the megahertz. The …

Sorting, separation, concentration, and enrichment of cell samples is an important step in
many bioanalyses. Microfluidics is evolving as a new platform for the development of …

Brownian or self-propelled particles in aqueous suspensions can be trapped by acoustic
fields generated by piezoelectric transducers usually at frequencies in the Megahertz. The …

Acoustic trapping is a method where an acoustic primary radiation force caused by
ultrasonic standing-waves inside a resonator is utilized to change the position of particles in …

Microfluidics is the name of the scientific field that deals with small volumes of fluids
contained in channels in the micrometer range. Volumes that are handled are very small …

The stereolithograpy method, which consists of a light source to polymerize the liquid
photocurable resin, can produce structures with complex shapes. Most of the produced …