In the present study, a 3D device-level numerical model is implemented via finite element
method to assess the effects of design and operating parameters on the separation …

Acousotophoretic particle separations in counterpropagating surface acoustic wave (SAW)
fields, eg, standing SAWs (SSAWs), phase modulated SSAWs, tilted angle SSAWs, and …

The influence of an optical fringe patterns on the viscoelastic properties exhibited by Au
nanofluids samples was evaluated. A sensitive interferometric technique for analyzing …

For the last two decades, acoustofluidic systems, among other techniques, have drawn
considerable attention due to their biocompatibility. A number of experimental works have …

The development of lab-on-chip microfluidic systems based on acoustic actuation, and in
particular on the acoustophoretic force, has recently attracted significant attention from the …

Acoustophoretic microfluidic applications are an essential part of Lab-on-a-chip systems.
Studies about acoustophoretic particle manipulation are available in the literature. However …

Separation in microfluidic devices is a crucial enabling step for many industrial, biomedical,
clinical or chemical applications. Acoustic methods offer contactless, biocompatible …

Phytoplankton are a diverse group of organisms which are globally important from
perspectives of ecology, environmental health, climate and socioeconomics, yet are …

In recent years considerable amount of research focussed on development of the socalled
lab-on-a-chip (LoC) devices that feature complex laboratory sample preparation functions …

In this communication, we reconcile the kinematic method illustrated by some authors (Yang
et al. in Microfluid Nanofluid 22: 44–56, 2018; Vitali et al. in RSC Adv 8: 38955, 2018) in …