Add to ORKGDifferential Absorption Lidar (DIAL) measurements in the A-band of molecular oxygen were suggested as a means of profiling atmospheric density. Progress towards this capability is reported
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
A near infrared differential absorption lidar technique is developed using atmospheric oxygen as a t...
The absorption band of molecular oxygen, centered at 760]en1] nm, is the atmospheric absorber for th...
Computer simulations of the differential absorption lidar technique in a space craft for the purpose...
An airborne differential absorption lidar (DIAL) system has been developed at the NASA Langley Resea...
Several methods of using lasers to measure atmospheric temperature profiles were described. Mason's ...
The Lidar Applications Group at NASA Langley Research Center has developed a differential absorption...
Experimental research on a near infrared tunable dye laser was reported, and theoretical simulations...
In the quest for a better understanding of climate change, greater importance is attached to monitor...
A lidar system was developed for making combined range-resolved measurements of wind speed and direc...
Differential Absorption Lidar (DIAL) is a powerful laser-based technique for trace gas profiling of ...
In this section, it is intented to present the work performed by the TESLAS participants on the defi...
A lidar system was developed for making combined range-resolved measurements of wind speed and direc...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
A near infrared differential absorption lidar technique is developed using atmospheric oxygen as a t...
The absorption band of molecular oxygen, centered at 760]en1] nm, is the atmospheric absorber for th...
Computer simulations of the differential absorption lidar technique in a space craft for the purpose...
An airborne differential absorption lidar (DIAL) system has been developed at the NASA Langley Resea...
Several methods of using lasers to measure atmospheric temperature profiles were described. Mason's ...
The Lidar Applications Group at NASA Langley Research Center has developed a differential absorption...
Experimental research on a near infrared tunable dye laser was reported, and theoretical simulations...
In the quest for a better understanding of climate change, greater importance is attached to monitor...
A lidar system was developed for making combined range-resolved measurements of wind speed and direc...
Differential Absorption Lidar (DIAL) is a powerful laser-based technique for trace gas profiling of ...
In this section, it is intented to present the work performed by the TESLAS participants on the defi...
A lidar system was developed for making combined range-resolved measurements of wind speed and direc...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...
Our goal is to develop and characterize measurement technology for ground-based quantification of gr...