Add to ORKGAbstract ⎯ The omni-directional sensitivity pattern of an integrated three dimensional acoustic sensor, composed of four hot-wire particle velocity sensors is analyzed theoretically and experimentally. We investigate the influence of the presence of the probe surface on the direction of the measured particle velocity measured by the sensors, and a description of the gas flow profile around the integrated sensor is presented. Key Words: particle velocity, acoustics, MEM
For the first time, a complete 3-dimensional sound intensity sensor – consisting of 4 particle veloc...
This thesis describes the design and realization of two-dimensional acoustic particle velocity senso...
In this paper, small-sized acoustic horns, the sensitivity enhancement package for the MEMS-based th...
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, compose...
The omni-directional sensitivity pattern of an integrated, three-dimensional acoustic sensor consist...
The sensitivity of a micromachined acoustic sensor consisting of four hot-wire particle velocity sen...
Abstract—In this paper a novel micromachined acoustic sensor consisting of four heated wires is anal...
Abstract The sensitivity of an innovative micromachined acoustic sensor consisting of four hot-wires...
Complete characterization of a sound field requires measurement of both sound pressure and particle ...
An integrated three dimensional acoustic particle velocity sensor is realized. The integration of mu...
The sensitivity of an innovative acoustic sensor composed of four hot-wires is analyzed. An analytic...
The development of an integrated three dimensional sound intensity probe is discussed. Although a 3D...
This paper shows a thermal sensor capable of detecting the component of the acoustic particle veloci...
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...
This thesis describes the design and realization of two-dimensional acoustic particle velocity senso...
In this paper, small-sized acoustic horns, the sensitivity enhancement package for the MEMS-based th...
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, compose...
The omni-directional sensitivity pattern of an integrated, three-dimensional acoustic sensor consist...
The sensitivity of a micromachined acoustic sensor consisting of four hot-wire particle velocity sen...
Abstract—In this paper a novel micromachined acoustic sensor consisting of four heated wires is anal...
Abstract The sensitivity of an innovative micromachined acoustic sensor consisting of four hot-wires...
Complete characterization of a sound field requires measurement of both sound pressure and particle ...
An integrated three dimensional acoustic particle velocity sensor is realized. The integration of mu...
The sensitivity of an innovative acoustic sensor composed of four hot-wires is analyzed. An analytic...
The development of an integrated three dimensional sound intensity probe is discussed. Although a 3D...
This paper shows a thermal sensor capable of detecting the component of the acoustic particle veloci...
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...
This thesis describes the design and realization of two-dimensional acoustic particle velocity senso...
In this paper, small-sized acoustic horns, the sensitivity enhancement package for the MEMS-based th...