A PDMS chip is fabricated using soft lithography and applied to investigate the formation
and division of nitrobenzene (NB) droplets in a two-phase system stabilized by oleic acid …

Photolithography is the foundational process at the root of micro-electromechanical (MEMS)
and microfluidic systems manufacture. The process is descendant from the semiconductor …

Stable surface modifications of polydimethylsiloxane (PDMS) are of crucial importance for
the exploitation of the versatile physical properties of silicone in many biological …

Microfluidic chips with integrated fluid and optical connectors have been generated via a
simple PDMS master-mould technique. In situ coating using a Zinc oxide polyvinylalcohol …

Microfluidic lab-on-a-chip devices are usually fabricated using replica molding, with poly
(dimethylsiloxane)(PDMS) casting on a mold. Most common techniques used to fabricate …

Many advanced engineering materials are machined using abrasive water jets, a non-
traditional machining method that has certain advantages compared to other approaches …

This thesis is part of the requirements for achieving the Ph. D. degree at the University of
Southern Denmark (SDU). The main part of this work has been carried out at the Mads …

A versatile method for integrating liquid waveguides into PDMS microfluidic flow-cytometer
chips is presented. By using a one-step direct replication, PDMS chips are produced with …

An important issue in food industries is the detection of microbial contaminants. Flow
cytometry not only allows the rapid detection of individual cells but at the same time the …

In order to achieve a fast, high-efficiency analysis of platelet aggregation, a novel
microfluidic chip was designed and fabricated based on the traditional measurement …