The Modular Fluid System (MFS) concept as base system for the realization of Micro TAS, as well as a number of different micromechanical components for use in Micro TAS are presented. The correspondence of MFS to electronic breadboards is discussed, and an example of a possible "mixed" fluidic/electronic board is given. The consequences of downscaling for the operation of sensors in Micro TAS are discussed, and a number of components, sensors, sieves, mixers, valves and pumps are presented. Finally, the importance of the development of design tools and rules, especially bondgraph modelling, for MFS is emphasized
The demand for miniaturized systems in various applications has been observed for some years. On the...
In the field of MEMS technology, the high accumulation and high density for making semiconductor dev...
The field of microsystems, or microelectromechanical systems (MEMS) as it is popularly known, is a t...
During the last decades, miniaturization of electrical components and systems has assumed large prop...
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...
An integrated micro-fluid demonstrator was developed to investigate the design methodology for micro...
In this publication a summary of the research on micropumps and microfluid components for mu mTAS ap...
Miniaturised chemical systems comprise components for fluid manipulation (channels, pumps, valves et...
Micro-technology enables the manufacturing of all kinds of components for miniature systems or micro...
Microfluid systems are mainly constructed by silicon-micromechanical techniques. The present study g...
A modular planar concept for fluid handling microsystems is presented. The concept is based on a pla...
With this paper, we are presenting a modular fluidic microsystem using MoMEMS (Modularly Micro Elect...
In this contribution three aspects of miniaturized total analysis systems (µTAS) are described and d...
This review mainly studies the development status, limitations, and future directions of modular mic...
The demand for miniaturized systems in various applications has been observed for some years. On the...
In the field of MEMS technology, the high accumulation and high density for making semiconductor dev...
The field of microsystems, or microelectromechanical systems (MEMS) as it is popularly known, is a t...
During the last decades, miniaturization of electrical components and systems has assumed large prop...
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...
An integrated micro-fluid demonstrator was developed to investigate the design methodology for micro...
In this publication a summary of the research on micropumps and microfluid components for mu mTAS ap...
Miniaturised chemical systems comprise components for fluid manipulation (channels, pumps, valves et...
Micro-technology enables the manufacturing of all kinds of components for miniature systems or micro...
Microfluid systems are mainly constructed by silicon-micromechanical techniques. The present study g...
A modular planar concept for fluid handling microsystems is presented. The concept is based on a pla...
With this paper, we are presenting a modular fluidic microsystem using MoMEMS (Modularly Micro Elect...
In this contribution three aspects of miniaturized total analysis systems (µTAS) are described and d...
This review mainly studies the development status, limitations, and future directions of modular mic...
The demand for miniaturized systems in various applications has been observed for some years. On the...
In the field of MEMS technology, the high accumulation and high density for making semiconductor dev...
The field of microsystems, or microelectromechanical systems (MEMS) as it is popularly known, is a t...