A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed, and a method for estimation of aircraft wake vortices from the lidar data has been proposed. The principal possibility of obtaining the information about the vortex situation over an airport airfield with the Stream Line lidar has been demonstrated
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
PDFTech ReportChicago (Illinois)New York (New York)Burnham, D. C.Hallock, J NMcWilliams, I.Fantasia,...
Field trials carried out at Tarbes airfield in the summer 2002 offered the unique possibility to com...
A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed...
Aircraft vortices are generated by the lift-producing surfaces of the aircraft. The variability of n...
An experiment for airborne Doppler lidar measurement of wake vortices generated by a large transport...
The method of radial velocities (RV) is applied to estimate aircraft wake vortex parameters from me...
Field observations for the wake vortices by Coherent Doppler Lidar (CDL) have been carried out at th...
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
International audienceSince air traffic is in constant expansion, a more efficient optimisation of t...
We present the development of an axial aircraft wake vortex Lidar sensor working in Mie scattering r...
The problem of wind statistics measurements in the planetary boundary layer using a coherent Doppler...
The DFVLR laser Doppler anemometer is a CO2 continuous wave homodyne system designed for boundary la...
This thesis concerns the numerical simulation and the remote sensing of aircraft wake vortex flows. ...
Measurement of wake vortices has been conducted at Sendai airport in Japan since April 2006. The mea...
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
PDFTech ReportChicago (Illinois)New York (New York)Burnham, D. C.Hallock, J NMcWilliams, I.Fantasia,...
Field trials carried out at Tarbes airfield in the summer 2002 offered the unique possibility to com...
A strategy of measurement by a 1.5-μm pulsed coherent Doppler lidar “Stream Line” has been developed...
Aircraft vortices are generated by the lift-producing surfaces of the aircraft. The variability of n...
An experiment for airborne Doppler lidar measurement of wake vortices generated by a large transport...
The method of radial velocities (RV) is applied to estimate aircraft wake vortex parameters from me...
Field observations for the wake vortices by Coherent Doppler Lidar (CDL) have been carried out at th...
Lidar (laser radar) sensors aimed at detecting aircraft wake vortices have been studied and improved...
International audienceSince air traffic is in constant expansion, a more efficient optimisation of t...
We present the development of an axial aircraft wake vortex Lidar sensor working in Mie scattering r...
The problem of wind statistics measurements in the planetary boundary layer using a coherent Doppler...
The DFVLR laser Doppler anemometer is a CO2 continuous wave homodyne system designed for boundary la...
This thesis concerns the numerical simulation and the remote sensing of aircraft wake vortex flows. ...
Measurement of wake vortices has been conducted at Sendai airport in Japan since April 2006. The mea...
This paper presents a sensitivity study of a wake vortex impact alleviation system based on an airbo...
PDFTech ReportChicago (Illinois)New York (New York)Burnham, D. C.Hallock, J NMcWilliams, I.Fantasia,...
Field trials carried out at Tarbes airfield in the summer 2002 offered the unique possibility to com...
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