This paper presents a review of the current state-of-the-art in micropum** technology for
biomedical applications. The review focuses particularly on the actuation schemes, flow …

Symmetric T junctions have been used widely in microfluidics to generate equal-sized
microdroplets, which are applicable in drug delivery systems. A newly proposed method for …

In this paper, a design of a novel electromagnetic micro-actuator prototype is presented. This
prototype is fabricated using conventional elements for a novel working principle as bi …

A reciprocating single-chamber micropump is designed and experimentally tested. The
actuation technique of the pump is based on Lorentz force acting on an array of low-weight …

Electrokinetic phenomena are widely studied techniques used for micro-scale fluid delivery
in many microfluidic application areas such as drug delivery, lab-on-a-chip, and biochemical …

The research and development of piezoelectric valve-less micropumps have become an
increasingly popular topic for decades. A highly efficient valve-less micropump is necessary …

The area-arrayed dumbbell-shape Graphene Nano-Ribbons (GNRs) were fabricated by
using chemical vapor deposition and photolithography technologies. The electronic …

Micropumps are regarded as one of the devices used in microsystems, which are
responsible for pum** working fluid. The magnetic reciprocating micropump is an …

Micropumps are among useful equipment in microsystems. The magnetically actuated
mercury micropump, which has been introduced for less than a decade, is an innovative …

An investigation for valve-less micropumps based on diffuser/nozzle structure is presented
in this paper. The fluid flow characteristics of valve-less micropump are analyzed by dynamic …