The beam pointing of a multi-terawatt laser wave laser is stabilized on a millisecond time scale using an active control system. Two piezo mirrors, two position sensing detectors, and a computer based optimization program ensure that both near- and far-field are stable, even during single shot operation. A standard deviation for the distribution of laser shots of 2.6 μ rad is achieved
An active control system is described for the automatic alignment of the mirrors in a two-beam inte...
An active control system is described for the automatic alignment of the mirrors in a two-beam inte...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...
The beam pointing of a multi-terawatt laser wave laser is stabilized on a millisecond time scale usi...
LASER BEAM-POINTING CONTROL IN OPTICAL PARAMETRIC AMPLIFICATION SYSTEMS Laser beam-pointing stabilit...
An active beam-pointing stabilization system has been developed for a high-power KrF laser system to...
From Conference Volume 6801One of the great difficulties of carrying out Terahertz experiments is th...
Different types of high power or high energy lasers in the multi kW class are currently available or...
The detection and continuous tracking of fast-flying distant objects such as rockets, artillery and ...
We present a rugged and reliable real-time laser beam tracking system operating with a high speed, h...
Acquisition, Tracking and Pointing (ATP) of space and airborne laser beams is fast becoming an impor...
The concept of controlling optical laser beams on spacecraft for acquisition, tracking and pointing ...
Optical line of sight stability of an high energy laser weapon is maintained by employing a high ban...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...
An active control system is described for the automatic alignment of the mirrors in a two-beam inte...
An active control system is described for the automatic alignment of the mirrors in a two-beam inte...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...
The beam pointing of a multi-terawatt laser wave laser is stabilized on a millisecond time scale usi...
LASER BEAM-POINTING CONTROL IN OPTICAL PARAMETRIC AMPLIFICATION SYSTEMS Laser beam-pointing stabilit...
An active beam-pointing stabilization system has been developed for a high-power KrF laser system to...
From Conference Volume 6801One of the great difficulties of carrying out Terahertz experiments is th...
Different types of high power or high energy lasers in the multi kW class are currently available or...
The detection and continuous tracking of fast-flying distant objects such as rockets, artillery and ...
We present a rugged and reliable real-time laser beam tracking system operating with a high speed, h...
Acquisition, Tracking and Pointing (ATP) of space and airborne laser beams is fast becoming an impor...
The concept of controlling optical laser beams on spacecraft for acquisition, tracking and pointing ...
Optical line of sight stability of an high energy laser weapon is maintained by employing a high ban...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...
An active control system is described for the automatic alignment of the mirrors in a two-beam inte...
An active control system is described for the automatic alignment of the mirrors in a two-beam inte...
This paper discusses some crucial aspects of control of a fast positioner intended for positioning o...