We have measured the optical turbulence structure parameter, C2n, in two extremely different locations: the first being the littoral region on the southwest coast of Puerto Rico. The second location is over the dry desert in central New Mexico. In both cases, the horizontal beam paths are approximately 0.6 km long, within 2 meters of the local surface (Puerto Rico) and varying between 2 to 100 meters (New Mexico). We present our findings from the two datasets
Results of monitoring optical-turbulence profiles and velocity of the turbulence layers at San P...
Optical turbulence represented by the structure function parameter of the refractive index Cn2 is re...
Current mathematical scintillation theory describing laser propagation through the atmosphere has be...
We present new optical turbulence structure parameter measurements, C_n^2, over sea water between La...
Recently, the number of optical systems that operate along near horizontal paths within a few meters...
In February 2005 a joint atmospheric propagation experiment was conducted between the Australian Def...
In February 2005 a joint atmospheric propagation experiment was conducted between the Australian Def...
Electro-optical and laser systems are presently deployed in naval operations around the world. The p...
The U.S. Navy has an interest in the use of laser systems for surface ships. Such systems must opera...
An experiment was conducted to study turbulence along a 149-km path between the Mauna Loa and Haleak...
Many instruments are able to provide local (in space and time) estimations of all the astroclima...
International audienceWe present the results of monitoring the speed of optical turbulent layers in ...
International audienceWe present the results of monitoring the speed of optical turbulent layers in ...
The turbulent effects from the Earth’s atmosphere degrade the performance of any optical system with...
We have performed a series of experiments in order to simultaneously validate several devices and me...
Results of monitoring optical-turbulence profiles and velocity of the turbulence layers at San P...
Optical turbulence represented by the structure function parameter of the refractive index Cn2 is re...
Current mathematical scintillation theory describing laser propagation through the atmosphere has be...
We present new optical turbulence structure parameter measurements, C_n^2, over sea water between La...
Recently, the number of optical systems that operate along near horizontal paths within a few meters...
In February 2005 a joint atmospheric propagation experiment was conducted between the Australian Def...
In February 2005 a joint atmospheric propagation experiment was conducted between the Australian Def...
Electro-optical and laser systems are presently deployed in naval operations around the world. The p...
The U.S. Navy has an interest in the use of laser systems for surface ships. Such systems must opera...
An experiment was conducted to study turbulence along a 149-km path between the Mauna Loa and Haleak...
Many instruments are able to provide local (in space and time) estimations of all the astroclima...
International audienceWe present the results of monitoring the speed of optical turbulent layers in ...
International audienceWe present the results of monitoring the speed of optical turbulent layers in ...
The turbulent effects from the Earth’s atmosphere degrade the performance of any optical system with...
We have performed a series of experiments in order to simultaneously validate several devices and me...
Results of monitoring optical-turbulence profiles and velocity of the turbulence layers at San P...
Optical turbulence represented by the structure function parameter of the refractive index Cn2 is re...
Current mathematical scintillation theory describing laser propagation through the atmosphere has be...