Add to ORKGSystem will collimate and direct an argon laser beam with high angular tracking accuracy at objects on the moons surface. It can be adapted to missile and satellite tracking
Laser beam projector for continuous, precise alignment between target, laser generator, and astronom...
A fast growing population of nano- and mirco satellites, space debris, as well as plans of installin...
A report describes the Laser Mapper (LAMP) -- a lightweight, compact, low-power lidar system under d...
Laser beam pointing tests for lunar communication and rangefinding and tracking using Surveyor 7 vid...
Experimental studies using a pulsed LED, Cerenkov source, and a 100 ps laser were made of various ph...
Laser activated ultraprecision ranging apparatus interfaced with a computer determines point coordin...
Electro-optical tracking system employs a laser beam illuminating source, an electronic laser beam d...
Airborne lasers and telescopes for satellite studies on atmospheric properties and optical space com...
The MLRS has experienced excellent success in its lunar and artificial satellite laser ranging opera...
A two-axis gimballed laser pointing mechanism is being developed for the Lidar In-space Technology E...
The relative azimuth bearing between first and second spaced terrestrial points which may be obscure...
A new method is described for optical data transmissions from satellites using laser arrays for lase...
Since the 1970s Lunar Laser Ranging (LLR) to the Apollo Cube Corner Retroreflector (CCR) arrays (dev...
The ability to acquire, track, and accurately direct a laser beam to a satellite is crucial for powe...
The NASA ARTEMIS Program will include LunaNet, a highly extensible, open architecture, lunar communi...
Laser beam projector for continuous, precise alignment between target, laser generator, and astronom...
A fast growing population of nano- and mirco satellites, space debris, as well as plans of installin...
A report describes the Laser Mapper (LAMP) -- a lightweight, compact, low-power lidar system under d...
Laser beam pointing tests for lunar communication and rangefinding and tracking using Surveyor 7 vid...
Experimental studies using a pulsed LED, Cerenkov source, and a 100 ps laser were made of various ph...
Laser activated ultraprecision ranging apparatus interfaced with a computer determines point coordin...
Electro-optical tracking system employs a laser beam illuminating source, an electronic laser beam d...
Airborne lasers and telescopes for satellite studies on atmospheric properties and optical space com...
The MLRS has experienced excellent success in its lunar and artificial satellite laser ranging opera...
A two-axis gimballed laser pointing mechanism is being developed for the Lidar In-space Technology E...
The relative azimuth bearing between first and second spaced terrestrial points which may be obscure...
A new method is described for optical data transmissions from satellites using laser arrays for lase...
Since the 1970s Lunar Laser Ranging (LLR) to the Apollo Cube Corner Retroreflector (CCR) arrays (dev...
The ability to acquire, track, and accurately direct a laser beam to a satellite is crucial for powe...
The NASA ARTEMIS Program will include LunaNet, a highly extensible, open architecture, lunar communi...
Laser beam projector for continuous, precise alignment between target, laser generator, and astronom...
A fast growing population of nano- and mirco satellites, space debris, as well as plans of installin...
A report describes the Laser Mapper (LAMP) -- a lightweight, compact, low-power lidar system under d...