Droplet manipulation techniques such as transport and merging have been widely used in
many fields including biology, chemistry, material and energy applications. Moreover …

In recent years, the rapid development of microfluidic technology has caused a revolutionary
impact in the fields of chemistry, medicine, and life sciences. Also, droplet control is one of …

High-efficiency and accurate temperature control is the key to the application of microfluidic
technology in biology, chemistry and medicine fields. At present, gradient temperature …

Effective granular sample manipulation with a portable and visualizable microfluidic device
is significant for lots of applications, such as point-of-care testing and cargo delivery. Herein …

Climate change presents a mounting challenge with profound impacts on ocean and marine
ecosystems, leading to significant environmental, health, and economic consequences …

Background The presence of microplastics is widespread in the ocean, freshwater, soil, or
even in the human body. The current microplastics analysis method involves a relatively …

Temperature is a critical—yet sometimes overlooked—parameter in microfluidics.
Microfluidic devices can experience heating inside their channels during operation due to …

Controllable droplet manipulation is crucial in diverse scientific and engineering fields.
Traditional electric‐based methods usually rely on commercial high‐voltage (HV) power …

Droplet generation in microscale has gained enormous attention in recent years especially
in the pharmaceutical industry due to their application in targeted drug delivery into droplets …

Microfluidic actuators based on thermally-induced actuation are gaining intense attraction
due to their usage in disease diagnosis and drug release-related devices. These devices …