Add to ORKGState-of-the-art sonic anemometers deduce the instantaneous wind vector and sound virtual temperature by transit times of sound pulses, travellin
OAM report.PDFTech ReportFAA-AM-71-29DOT/FAA/AM-71/29Sonic boomSonic testsTask analysisHeart rateGal...
The speed of sound in air mainly depends on temperature and flow properties along the propagation pa...
Abstract: The fluids speed measurement, particularly the air speed measurement is very important for...
In this paper a model for the measuring process of sonic anemometers (ultrasound pulse based) is pre...
In this paper, a model of the measuring process of sonic anemometers with more than one measuring pa...
The speed of sound in moist air is discussed and a more accurate value for the coefficient of the li...
For the purpose of comparative studies of vertical wind component sensors, an observation was made b...
The application of a recently developed model of sonic anemometers measuring process has revealed th...
The sonic anemometer is based on the transmission of acoustical waves traveling in opposite directio...
In a general situation a non-uniform velocity field gives rise to a shift of the otherwise straight ...
Recently, several new sonic anemometers have become available for routine wind measurements. Sonic a...
Acoustic travel-time measurement is a method for remote sensing of the atmosphere. The temperature-d...
Measurement of impulse responses is a common task in audio signal processing. In this paper three co...
Ultrasonic anemometers have a wide dynamic range, no moving parts and potentially high accuracies fo...
Fast response wind and turbulence instruments, including sonic anemometers are used more and more in...
OAM report.PDFTech ReportFAA-AM-71-29DOT/FAA/AM-71/29Sonic boomSonic testsTask analysisHeart rateGal...
The speed of sound in air mainly depends on temperature and flow properties along the propagation pa...
Abstract: The fluids speed measurement, particularly the air speed measurement is very important for...
In this paper a model for the measuring process of sonic anemometers (ultrasound pulse based) is pre...
In this paper, a model of the measuring process of sonic anemometers with more than one measuring pa...
The speed of sound in moist air is discussed and a more accurate value for the coefficient of the li...
For the purpose of comparative studies of vertical wind component sensors, an observation was made b...
The application of a recently developed model of sonic anemometers measuring process has revealed th...
The sonic anemometer is based on the transmission of acoustical waves traveling in opposite directio...
In a general situation a non-uniform velocity field gives rise to a shift of the otherwise straight ...
Recently, several new sonic anemometers have become available for routine wind measurements. Sonic a...
Acoustic travel-time measurement is a method for remote sensing of the atmosphere. The temperature-d...
Measurement of impulse responses is a common task in audio signal processing. In this paper three co...
Ultrasonic anemometers have a wide dynamic range, no moving parts and potentially high accuracies fo...
Fast response wind and turbulence instruments, including sonic anemometers are used more and more in...
OAM report.PDFTech ReportFAA-AM-71-29DOT/FAA/AM-71/29Sonic boomSonic testsTask analysisHeart rateGal...
The speed of sound in air mainly depends on temperature and flow properties along the propagation pa...
Abstract: The fluids speed measurement, particularly the air speed measurement is very important for...