(12) Precision plano-cylindrical synthetic fused-silica lenses have an exceptional transmission in the deep ultraviolet range. They present better resistance to thermal shock and scratches while having a low thermal expansion coefficient and low dispersion.
(9) Precision plano-cylindrical synthetic fused-silica lenses have an exceptional transmission in the deep ultraviolet range. They present better resistance to thermal shock and scratches while having a low thermal expansion coefficient and low dispersion.
(6) High energy normal incidence/ laser cavity mirrors are exceptional for near-normal incident beamsteering and laser cavity functions. Durable and ultrahard coatings are available.
(10) High energy 45* incidence beam-steering mirrors are made specifically for optimal reflectivity at a 45* incidence. Durable and ultrahard coatings are available.
(8) High energy laser beamsplitters are excellent for the ultraviolet, visible and near-infrared laser wavelengths due to the finely polished parallel sided plates. They can be used for beam separations and combination. In addition to an anitreflection coat that minimizes internal ghost images.
(6) UV laser line polarizing cube beamsplitters are explicitly used for ultraviolet purposes with a 98% and higher polarization purity for their wavelength.
(2) Broadband hybrid cube beamsplitters are more absorbatant than the dielectric cube beamsplitters. Though they are not sensitive to incoming light's polarization and to changes in the angle of incidence.
(15) Synthetic fused silica windows have a high transmission and performance and can be used for many purposes that require more than the average glass substrates.
