An acoustic wave consists of two elements, the acoustic pressure and the acoustic flow. Up to now one has to measure the pressure and calculate the flow to determine the acoustic flow, so it would be convenient to have a sensor that is able to measure acoustic flows. At the University of Twente a novel device has been developed which fulfils this need. In this paper a short introduction to the governing principles of this dynamic flow sensor, the fabrication process, the electronics and some of its interesting applications will be presented. This micromachined device measuring acoustic flows is called the microflown or μ-flown
This paper introduces research and development of a modern non-invasive device for determining flows...
In this thesis a particular thermal flow sensor, the Microflown, is studied. By virtue of its proper...
The Microflown is world's first particle velocity microphone that enables numerous new acoustical ap...
An acoustic wave consists of two elements, the acoustic pressure and the acoustic flow. Up to now on...
An acoustical wave consists of two elements, the acoustic pressure and the acoustic flow. Till now t...
An acoustical wave consists of two elements, the acoustic pressure and the acoustic flow. Till now t...
The Microflown is an acoustic and thermal flow sensor that measures the sound particle velocity inst...
The Microflown is an acoustic and thermal flow sensor that measures the sound particle velocity inst...
The Microflown is an acoustic sensor directly measuring particle velocity instead of sound pressure,...
The microflown is an acoustic, thermal flow sensor that measures sound particle velocity instead of ...
The Microflown is an acoustic sensor measuring particle velocity instead of sound pressure, which is...
The microflown is an acoustic, thermal flow sensor that measures sound particle velocity instead of ...
This thesis deals with a novel acoustic sensor, the microflown. This micromachined sensor is capable...
In this paper, a thermal flow sensor consisting of two or three heated wires, the Microflown, is tre...
The development of a new acoustic sensor makes it possible to measure acoustic particle velocity ins...
This paper introduces research and development of a modern non-invasive device for determining flows...
In this thesis a particular thermal flow sensor, the Microflown, is studied. By virtue of its proper...
The Microflown is world's first particle velocity microphone that enables numerous new acoustical ap...
An acoustic wave consists of two elements, the acoustic pressure and the acoustic flow. Up to now on...
An acoustical wave consists of two elements, the acoustic pressure and the acoustic flow. Till now t...
An acoustical wave consists of two elements, the acoustic pressure and the acoustic flow. Till now t...
The Microflown is an acoustic and thermal flow sensor that measures the sound particle velocity inst...
The Microflown is an acoustic and thermal flow sensor that measures the sound particle velocity inst...
The Microflown is an acoustic sensor directly measuring particle velocity instead of sound pressure,...
The microflown is an acoustic, thermal flow sensor that measures sound particle velocity instead of ...
The Microflown is an acoustic sensor measuring particle velocity instead of sound pressure, which is...
The microflown is an acoustic, thermal flow sensor that measures sound particle velocity instead of ...
This thesis deals with a novel acoustic sensor, the microflown. This micromachined sensor is capable...
In this paper, a thermal flow sensor consisting of two or three heated wires, the Microflown, is tre...
The development of a new acoustic sensor makes it possible to measure acoustic particle velocity ins...
This paper introduces research and development of a modern non-invasive device for determining flows...
In this thesis a particular thermal flow sensor, the Microflown, is studied. By virtue of its proper...
The Microflown is world's first particle velocity microphone that enables numerous new acoustical ap...