Add to ORKGAn analysis of the general characteristics of laser anemometer signals for liquid flows is made. Three detection schemes are analyzed: (1) Spectral analysis of the photodetector output, (2) frequency trackers, and (3) counters Where known, the strengths and weakness of each method are analyzed
The concept of spatial filtering is treated in relation to laser anemometry. The basic techniques ar...
Laser anemometry in unseeded flows based on the measurement of the spectrum of Rayleigh scattered la...
A novel sampling signal processor overcomes the difficulties encountered with frequency trackers in ...
An analysis of a laser anemometer is given. The anemometer is based on the cross correlation of the ...
This paper covers electronic design advances that have made it possible to adjust the frequency resp...
Laser anemometry is the newest method of measuring the velocity of fluid flow. It has several advant...
Although the laser Doppler velocimeter has been used for turbulence measurements in the past, no set...
This paper discusses the various considerations leading to the optimization of a laser Doppler anemo...
The design, construction, and testing of laser anemometer configurations for hot section velocity me...
A justification is made, based on a discussion of the disadvantages of hot wire anemometers, for the...
Measurements of the mean and rms values of the longitudinal velocity in a rectangular duct are repor...
Laser Doppler anemometry is a non-intrusive method for the study of flow processes by measuring the ...
The newly constructed, four-spot anemometer was shown to perform as predicted. The new anemometer's ...
This study is concerned with the development of laser anemometers based on digital autocorrelation o...
The first two chapters of this thesis comprise a review of laser anemometry with particular referenc...
The concept of spatial filtering is treated in relation to laser anemometry. The basic techniques ar...
Laser anemometry in unseeded flows based on the measurement of the spectrum of Rayleigh scattered la...
A novel sampling signal processor overcomes the difficulties encountered with frequency trackers in ...
An analysis of a laser anemometer is given. The anemometer is based on the cross correlation of the ...
This paper covers electronic design advances that have made it possible to adjust the frequency resp...
Laser anemometry is the newest method of measuring the velocity of fluid flow. It has several advant...
Although the laser Doppler velocimeter has been used for turbulence measurements in the past, no set...
This paper discusses the various considerations leading to the optimization of a laser Doppler anemo...
The design, construction, and testing of laser anemometer configurations for hot section velocity me...
A justification is made, based on a discussion of the disadvantages of hot wire anemometers, for the...
Measurements of the mean and rms values of the longitudinal velocity in a rectangular duct are repor...
Laser Doppler anemometry is a non-intrusive method for the study of flow processes by measuring the ...
The newly constructed, four-spot anemometer was shown to perform as predicted. The new anemometer's ...
This study is concerned with the development of laser anemometers based on digital autocorrelation o...
The first two chapters of this thesis comprise a review of laser anemometry with particular referenc...
The concept of spatial filtering is treated in relation to laser anemometry. The basic techniques ar...
Laser anemometry in unseeded flows based on the measurement of the spectrum of Rayleigh scattered la...
A novel sampling signal processor overcomes the difficulties encountered with frequency trackers in ...