In this paper we report the results of comparative measurements of laser-induced damage (LID) in optical material from the USA and the USSR. Bulk LID thresholds were measured in very pure alkali halide crystals at 1064 nm and 532 nm and surface LID thresholds in selected nonlinear optical crystals were measured at 10.6 microns. The results show that the LID thresholds of the USSR and the USA samples are approximately the same except for KCl where the USA samples have a factor of 2 higher LID threshold electric field then the Soviet sample
Space environment presents unique challenges for the operation of optics and optical coatings as par...
Characterizing laser-induced damage in optical materials is important for laser design and operation...
The influence of laser parameters on laser-induced damage in the bulk of KDP is difficult to determi...
Comparative tests of bulk laser-induced damage of some experimental crystals having prospects for la...
A detailed study of surface laser damage performed on a nonlinear optical crystal, urea L-malic acid...
The laser damage resistances of four crystals (CaF2, MgF2, Al2O3, and SiO2) and fused silica (JGS1) ...
The main components of laser systems are optical elements. Thus, in order to prolong the life of sys...
In many cases, optical coatings are the limiting factor for the operational reliability of measureme...
The spectral laser-induced damage of optical components was measured using a new instrument based on...
The damage thresholds of eight, multiple layer dielectric, 95 percent reflecting mirrors have been m...
KDP and DKDP are unique materials for frequency conversion in large-aperture laser systems. Under hi...
We report the surface laser damage threshold in sodium p-nitrophenolate dihydrate, a nonlinear optic...
Laser-induced damage is a key factor that constrains how optical materials are used in high-power la...
Semiorganics are emerging as an important class of nonlinear optical materials. These combine the hi...
The work in this thesis is a study of excimer laser induced damage in optical materials. This includ...
Space environment presents unique challenges for the operation of optics and optical coatings as par...
Characterizing laser-induced damage in optical materials is important for laser design and operation...
The influence of laser parameters on laser-induced damage in the bulk of KDP is difficult to determi...
Comparative tests of bulk laser-induced damage of some experimental crystals having prospects for la...
A detailed study of surface laser damage performed on a nonlinear optical crystal, urea L-malic acid...
The laser damage resistances of four crystals (CaF2, MgF2, Al2O3, and SiO2) and fused silica (JGS1) ...
The main components of laser systems are optical elements. Thus, in order to prolong the life of sys...
In many cases, optical coatings are the limiting factor for the operational reliability of measureme...
The spectral laser-induced damage of optical components was measured using a new instrument based on...
The damage thresholds of eight, multiple layer dielectric, 95 percent reflecting mirrors have been m...
KDP and DKDP are unique materials for frequency conversion in large-aperture laser systems. Under hi...
We report the surface laser damage threshold in sodium p-nitrophenolate dihydrate, a nonlinear optic...
Laser-induced damage is a key factor that constrains how optical materials are used in high-power la...
Semiorganics are emerging as an important class of nonlinear optical materials. These combine the hi...
The work in this thesis is a study of excimer laser induced damage in optical materials. This includ...
Space environment presents unique challenges for the operation of optics and optical coatings as par...
Characterizing laser-induced damage in optical materials is important for laser design and operation...
The influence of laser parameters on laser-induced damage in the bulk of KDP is difficult to determi...