Polarization insensitive performance of randomly structured antireflecting planar surfaces
The transmittance polarization extinction ratio of fused silica substrates with random
antireflective surface structures (rARSS) was investigated. The antireflective structures were …
antireflective surface structures (rARSS) was investigated. The antireflective structures were …
Angle-of-incidence performance of random anti-reflection structures on curved surfaces
Random anti-reflection structured surfaces (rARSS) have been reported to improve
transmittance of optical-grade fused silica planar substrates to values greater than 99 …
transmittance of optical-grade fused silica planar substrates to values greater than 99 …
Laser damage of silica optical windows with random antireflective structured surfaces
High intensity nanosecond laser pulses induce damage on uncoated optics and
antireflection (AR) coated optics with thin film boundaries. Structured surfaces with AR …
antireflection (AR) coated optics with thin film boundaries. Structured surfaces with AR …
Optical performance of random anti-reflection structures on curved surfaces
Random anti-reflection structured surfaces (rARSS) have been reported to improve
transmittance of optical-grade fused silica planar substrates to values greater than 99 …
transmittance of optical-grade fused silica planar substrates to values greater than 99 …
[PDF][PDF] Optical performance of random anti-reflection structured surfaces (rARSS) on spherical lenses
CD Taylor - PhD, Department of Physics and Optical …, 2016 - ninercommons.charlotte.edu
Random anti-reflection structured surfaces (rARSS) have been reported to improve
transmittance of optical-grade fused silica planar substrates to values greater than 99 …
transmittance of optical-grade fused silica planar substrates to values greater than 99 …
Anti-reflective structured surfaces on soda-lime windows for high power laser applications
There is a need for robust optical materials with very low reflectivity and high transmission in
the visible and infrared wavelength regions for use with high energy lasers. High power …
the visible and infrared wavelength regions for use with high energy lasers. High power …
Entry and exit facet laser damage of optical windows with random antireflective surface structures
Nanosecond duration, high intensity and high average power laser pulses induce damage
on uncoated optics, due to localized field enhancement at the exit surface of the …
on uncoated optics, due to localized field enhancement at the exit surface of the …
Long-duration CW laser testing of optical windows with random antireflective surface structures on both interfaces: preliminary results
High power laser optical systems can suffer damage from uncoated optics due to
undesirable Fresnel reflections. With high power lasers, traditional anti-reflection (AR) thin …
undesirable Fresnel reflections. With high power lasers, traditional anti-reflection (AR) thin …
Spinel optics for high energy lasers
SN Qadri, SS Bayya, G Villalobos… - Window and Dome …, 2019 - spiedigitallibrary.org
Transparent magnesium aluminate spinel (MgAl 2 O 4) ceramic has excellent transmission
from the UV to mid-wave IR. It is rugged with strength that is 5x that of glass. Spinel is being …
from the UV to mid-wave IR. It is rugged with strength that is 5x that of glass. Spinel is being …
Laser damage of optical windows with random antireflective surface structures on both interfaces
High average-power, nanosecond-duration, laser pulses induce damage on uncoated
optics, due in part to an enhanced localized field at the exit surface of the components …
optics, due in part to an enhanced localized field at the exit surface of the components …