The development and characteristics of a lidar system for atmospheric measurements are discussed. Th...
A shuttle-borne lidar system is described, which will provide basic data about aerosol distributions...
The first experiment to combine airborne Doppler Lidar and ground-based dual Doppler Radar measureme...
Analysis of data collected during the participation of the MSFC 10.6 micron pulsed Doppler lidar sys...
Wind fields were measured with the ground based lidar, NOAA Wave Propagation Laboratory and with the...
A series of articles is presented on a passive, optical, cross beam system. The passive, optical, cr...
Over the past decade, NASA has played a lead role in defining the scientific objectives and technolo...
A bibliography is given of 1460 references of the applications of lasers to atmospheric sciences. Th...
Wind fields were measured with the ground-based NASA/MSFC lidar are compared with the in situ NASA R...
Developments in the use of space related techniques to understand storms and local weather are summa...
International audienceThe atmospheric wind field information is a key issue to numerical weather pre...
Lidar is ready to make an important contribution to tropospheric chemistry research with a variety o...
Comparison of magnitude at different elevation angles of tropospheric refraction formulation
Scintillation and signal to noise ratio of heterodyne detection for carbon dioxide laser beam propag...
Accuracy of wind data obtained by tracking wind sensors simultaneously with two FPS-16 radar
The development and characteristics of a lidar system for atmospheric measurements are discussed. Th...
A shuttle-borne lidar system is described, which will provide basic data about aerosol distributions...
The first experiment to combine airborne Doppler Lidar and ground-based dual Doppler Radar measureme...
Analysis of data collected during the participation of the MSFC 10.6 micron pulsed Doppler lidar sys...
Wind fields were measured with the ground based lidar, NOAA Wave Propagation Laboratory and with the...
A series of articles is presented on a passive, optical, cross beam system. The passive, optical, cr...
Over the past decade, NASA has played a lead role in defining the scientific objectives and technolo...
A bibliography is given of 1460 references of the applications of lasers to atmospheric sciences. Th...
Wind fields were measured with the ground-based NASA/MSFC lidar are compared with the in situ NASA R...
Developments in the use of space related techniques to understand storms and local weather are summa...
International audienceThe atmospheric wind field information is a key issue to numerical weather pre...
Lidar is ready to make an important contribution to tropospheric chemistry research with a variety o...
Comparison of magnitude at different elevation angles of tropospheric refraction formulation
Scintillation and signal to noise ratio of heterodyne detection for carbon dioxide laser beam propag...
Accuracy of wind data obtained by tracking wind sensors simultaneously with two FPS-16 radar
The development and characteristics of a lidar system for atmospheric measurements are discussed. Th...
A shuttle-borne lidar system is described, which will provide basic data about aerosol distributions...
The first experiment to combine airborne Doppler Lidar and ground-based dual Doppler Radar measureme...