The microvalve is one of the most important components in microfluidics. With decades of
development, the microvalve has been widely used in many industries such as life science …

The use of space environment to carry out life science research is of great significance.
However, there are limitations in complex manipulation, research models based on …

The latest efforts in digital fluidic circuits' research aim at being electronics‐free, light‐weight,
and compliant controllers for soft robots; however, challenges arise to adjust the fluidic …

It is well known that the classical laws of circuits have equivalents in fluid movement if
certain conditions are met. Usually, equivalence with linear circuits requires laminar flow …

Микроклапан является одним из важнейших функциональных элементов
микрофлюидного устройства. Микроклапаны позволяют организовать движение …

A bi-membrane structure is the main component of flow regulators for microfluidics with
positive gain actuation. This microstructure is composed of two deformable circular …

Thermo-responsive polymers have a great potential to be used in various types of
microdevices. Besides being low cost, lightweight, and easy to process, the material …

This paper reports a capacitive depression sensor intended to make measurements in-line
in microfluidics pneumatic networks which works with negative pressures in the order of …

Chemical reactor systems have been adopted for many years in chemistry research and
industrial processes. Small-scale versions (of micrometer size) of such reactors can take …

This paper reports for the first time the concept of maximum working frequency of the nMOS
microfluidic transistor, commenting the importance of this value on the operation of the …