An integrated three dimensional acoustic particle velocity sensor is realized. The integration of multiple sensors on a single silicon die leads to improvements in terms of better a better reproducible sensor and a very small sensor to sensor distance allowing accurate single point measurements. Initial measurements performed show that three dimensional noise source finding is possible with this sensor
The Microflown is an acoustic sensor measuring particle velocity instead of sound pressure, which is...
A new integrated sensor for the acoustic particle velocity measurement is proposed. The device is ba...
With the Microflown acoustic particle velocity sensor, broadband acoustic vector sensors in air have...
Complete characterization of a sound field requires measurement of both sound pressure and particle ...
For the first time, a complete 3-dimensional sound intensity sensor – consisting of 4 particle veloc...
The development of an integrated three dimensional sound intensity probe is discussed. Although a 3D...
The Microflown is an acoustic sensor directly measuring particle velocity instead of sound pressure,...
Abstract ⎯ The omni-directional sensitivity pattern of an integrated three dimensional acoustic sens...
The omni-directional sensitivity pattern of an integrated, three-dimensional acoustic sensor consist...
The omni-directional sensitivity pattern of an integrated three dimensional acoustic sensor, compose...
We report on progress in the fabrication of the microflown particle velocity sensor. The microflown ...
This paper reports on a novel method to measure three-dimensional sound intensity and the fabricatio...
Complete characterization of a sound field requires measurement of both sound pressure and particle ...
The Microflown is world's first particle velocity microphone that enables numerous new acoustical ap...
This thesis deals with a novel acoustic sensor, the microflown. This micromachined sensor is capable...
The Microflown is an acoustic sensor measuring particle velocity instead of sound pressure, which is...
A new integrated sensor for the acoustic particle velocity measurement is proposed. The device is ba...
With the Microflown acoustic particle velocity sensor, broadband acoustic vector sensors in air have...
Complete characterization of a sound field requires measurement of both sound pressure and particle ...
For the first time, a complete 3-dimensional sound intensity sensor – consisting of 4 particle veloc...
The development of an integrated three dimensional sound intensity probe is discussed. Although a 3D...
The Microflown is an acoustic sensor directly measuring particle velocity instead of sound pressure,...
Abstract ⎯ The omni-directional sensitivity pattern of an integrated three dimensional acoustic sens...
The omni-directional sensitivity pattern of an integrated, three-dimensional acoustic sensor consist...
The omni-directional sensitivity pattern of an integrated three dimensional acoustic sensor, compose...
We report on progress in the fabrication of the microflown particle velocity sensor. The microflown ...
This paper reports on a novel method to measure three-dimensional sound intensity and the fabricatio...
Complete characterization of a sound field requires measurement of both sound pressure and particle ...
The Microflown is world's first particle velocity microphone that enables numerous new acoustical ap...
This thesis deals with a novel acoustic sensor, the microflown. This micromachined sensor is capable...
The Microflown is an acoustic sensor measuring particle velocity instead of sound pressure, which is...
A new integrated sensor for the acoustic particle velocity measurement is proposed. The device is ba...
With the Microflown acoustic particle velocity sensor, broadband acoustic vector sensors in air have...