A modular planar concept for fluid handling microsystems is presented. The concept is based on a planar mixed circuit board with electrical and fluidic interconnections acting as a substrate for sensor and actuator modules. Several modules realised within this concept are presented, and the design as well as modelling and simulation of the fluidic components and systems is discussed. Furthermore, the general applications of this concept in micro analysis systems is considered. The modular concept is demonstrated by a micro chemical analysis system containing micro-pumps, flow sensors, and optical absorption cell and control electronics. Finally, a description and measurements results of a capillary injector applied for electrophoresis is gi...
DE 10223127 C UPAB: 20031022 NOVELTY - Electrical micro-fluidic multiplex system comprises a channel...
The objectives of the proposed research project are: To develop new pumping devices for chemical and...
In the field of MEMS technology, the high accumulation and high density for making semiconductor dev...
A modular planar concept for fluid handling microsystems is presented. The concept is based on a pla...
A modular planar concept for fluid handling microsystems is presented. The concept is based on a pla...
Miniaturised chemical systems comprise components for fluid manipulation (channels, pumps, valves et...
In this contribution three aspects of miniaturized total analysis systems (µTAS) are described and d...
Micro fluidics is a young discipline. During its beginning, it was mainly an academic field in where...
Microfluid systems are mainly constructed by silicon-micromechanical techniques. The present study g...
A new concept for miniaturised analysis systems, based on a modular assembly of silicon system compo...
The Modular Fluid System (MFS) concept as base system for the realization of Micro TAS, as well as a...
In this publication a summary of the research on micropumps and microfluid components for mu mTAS ap...
An integrated micro-fluid demonstrator was developed to investigate the design methodology for micro...
The advantages of microanalyzers, usually fabricated in silicon, glass, or polymers, are well-known....
Flow injection analysis systems are often used to enhance the performance of chemical sensors. To re...
DE 10223127 C UPAB: 20031022 NOVELTY - Electrical micro-fluidic multiplex system comprises a channel...
The objectives of the proposed research project are: To develop new pumping devices for chemical and...
In the field of MEMS technology, the high accumulation and high density for making semiconductor dev...
A modular planar concept for fluid handling microsystems is presented. The concept is based on a pla...
A modular planar concept for fluid handling microsystems is presented. The concept is based on a pla...
Miniaturised chemical systems comprise components for fluid manipulation (channels, pumps, valves et...
In this contribution three aspects of miniaturized total analysis systems (µTAS) are described and d...
Micro fluidics is a young discipline. During its beginning, it was mainly an academic field in where...
Microfluid systems are mainly constructed by silicon-micromechanical techniques. The present study g...
A new concept for miniaturised analysis systems, based on a modular assembly of silicon system compo...
The Modular Fluid System (MFS) concept as base system for the realization of Micro TAS, as well as a...
In this publication a summary of the research on micropumps and microfluid components for mu mTAS ap...
An integrated micro-fluid demonstrator was developed to investigate the design methodology for micro...
The advantages of microanalyzers, usually fabricated in silicon, glass, or polymers, are well-known....
Flow injection analysis systems are often used to enhance the performance of chemical sensors. To re...
DE 10223127 C UPAB: 20031022 NOVELTY - Electrical micro-fluidic multiplex system comprises a channel...
The objectives of the proposed research project are: To develop new pumping devices for chemical and...
In the field of MEMS technology, the high accumulation and high density for making semiconductor dev...