A laser Doppler velocimetry (LDV) system was employed to measure the flow velocity profile of iodide vapor inside laser tubes of 36 mm ID and 20 mm ID. The LDV, which was operated in the forward scatter mode used a low power (15 mW) He-Ne laser beam. Velocity ranges from 1 m/s was measured to within one percent accuracy. The flow velocity profile across the laser tube was measured and the intensity of turbulence was determined. The flow of iodide inside the laser tube demonstrated a mixture of both turbulence and laminar flow. The flowmeter used for the laser system previously was calibrated with the LDV and found to be in good agreement
Imaging laser Doppler velocimetry (ILDV) is a novel flow measurement technique, which enables the me...
A laser velocimeter technique was used to measure the mean velocity and the frequency characteristic...
The development of a Doppler Global Veocimetry (DGV) system is described. An argon ion laser has bee...
A laser Doppler velocimeter (LDV) system was used to measure iodide vapor flow fields inside two dif...
A Point Doppler Velocimeter (pDv) has been developed using a vapor-limited iodine cell as the sensin...
The potential of laser Doppler velocimetry as a technique for use in mapping flows in the several fl...
Since its introduction in the mid-sixties, Laser Doppler Velocimetry (LDV) has become one of the mos...
This paper is concerned with a recent development in a nonprobe technique for velocity measurement, ...
Three-dimensional laser Doppler velocimeter for measuring local mean and fluctuating gas velocitie
Laser Doppler velocimetry, (LDV), is a reliable velocity measurement technique that has been used ex...
In this experiment we utilize a Texas Instruments Digital Micromirror Device to impart a phase shift...
The use of the Laser Doppler Velocimeter, (LDV), to measure the flow associated with the passage of ...
A symmetrical method of optical heterodyning of the Doppler shifted scattered laser radiation develo...
General systems design and optical and signal processing requirements for laser velocimetric measure...
An Instantaneous Laser Doppler Velocimetry (ILDV) probe is designed, built, and tested. The probe is...
Imaging laser Doppler velocimetry (ILDV) is a novel flow measurement technique, which enables the me...
A laser velocimeter technique was used to measure the mean velocity and the frequency characteristic...
The development of a Doppler Global Veocimetry (DGV) system is described. An argon ion laser has bee...
A laser Doppler velocimeter (LDV) system was used to measure iodide vapor flow fields inside two dif...
A Point Doppler Velocimeter (pDv) has been developed using a vapor-limited iodine cell as the sensin...
The potential of laser Doppler velocimetry as a technique for use in mapping flows in the several fl...
Since its introduction in the mid-sixties, Laser Doppler Velocimetry (LDV) has become one of the mos...
This paper is concerned with a recent development in a nonprobe technique for velocity measurement, ...
Three-dimensional laser Doppler velocimeter for measuring local mean and fluctuating gas velocitie
Laser Doppler velocimetry, (LDV), is a reliable velocity measurement technique that has been used ex...
In this experiment we utilize a Texas Instruments Digital Micromirror Device to impart a phase shift...
The use of the Laser Doppler Velocimeter, (LDV), to measure the flow associated with the passage of ...
A symmetrical method of optical heterodyning of the Doppler shifted scattered laser radiation develo...
General systems design and optical and signal processing requirements for laser velocimetric measure...
An Instantaneous Laser Doppler Velocimetry (ILDV) probe is designed, built, and tested. The probe is...
Imaging laser Doppler velocimetry (ILDV) is a novel flow measurement technique, which enables the me...
A laser velocimeter technique was used to measure the mean velocity and the frequency characteristic...
The development of a Doppler Global Veocimetry (DGV) system is described. An argon ion laser has bee...