Droplet microfluidics has revealed innovative strategies in biology and chemistry. This
advancement has delivered novel quantification methods, such as droplet digital …

Droplet microfluidic assays are rapidly gaining popularity because they enable analysis of
biochemical reactions, individual cells or small cell populations with high sensitivity …

Wet gas is a common gas–liquid flow type in chemical processing. When measuring the gas
flow rate and liquid load of wet gas with a vortex flowmeter, the small droplets in the flow can …

In this article, ultrasonic phased arrays are deployed as an imaging tool for industrial
process analysis. Such arrays are typically used for sonar, medical diagnosis, and …

Water-in-oil droplets allow performing massive experimental parallelization and high-
throughput studies, such as single-cell experiments. However, analyzing such vast arrays of …

In this work, Sauter mean diameter (SMD) and drop size distribution (DSD) are investigated
in an eductor liquid-liquid extractor. The water/toluene liquid-liquid extraction (LLE) system …

The heterogeneous microinterfacial behavior of contaminants is important for understanding
and resolving environmental problems. Extensive investigation on the mechanisms of …

The effect of droplet breakage on mass transfer in copper solvent extraction was studied by
measuring concentrations directly inside a droplet. Single organic phase droplet was rising …

Droplet-based experimental platforms allow researchers to perform massive parallelization
and high-throughput studies, such as single-cell experiments. Even though there are various …

Este artículo describe el diseño y construcción de un analizador que permite medir en línea,
la razón Orgánico-Acuoso (O/A) y el Tiempo de Separación de Fases (TSF) en un proceso …