Piezoelectric pumps have obtained considerable significance and have become the focus
area of research for biomedicine, fuel supply, liquid cooling, chemistry and precision driving …

In recent years micropump technology has gained considerable importance and has
become the highlighted area of research particularly for microfluidic applications. The …

Piezoelectric pump design is regarded as a hot research topic in the microfluidic field, and
has been applied in liquid cooling, precision machinery and other relevant domains. The …

Microfluidics, the science and technology of manipulating fluids in microscale channels,
offers numerous advantages, such as low energy consumption, compact device size …

To alleviate the problem of low cooling efficiency caused by low spray cooling flow and low
impact force, a valveless piezoelectric pump consisting of a diffuser/nozzle combined with a …

Micropump is an important component of the microfluidic field and has been applied in many
fields, such as electronic cooling, medicine and chemistry. Micropumps using piezoelectric …

Rapid advancements in technology have facilitated the development of functional micro-
electromechanical system (MEMS) actuators. The use of such actuators has recently …

The precise manipulation of fluid through pumping systems has been the technological
challenge in microfluidic applications. The biomedical applications call for precise and …

As the rapid development of medical devices, micropumps have received increasing and
widespread attentions for a variety of healthcare applications. The ongoing challenges for …

In order to improve the outflow of valveless piezoelectric pump with fluidic diodes, the
unidirectional cut-off performance of the fluidic diode needs to be improved. For this reason …