Peer-reviewed scientific publications from the Thermodynamic and Dynamic Metrology Laboratories.
The coupling effect of gamma-ray radiation and 532 nm nanosecond laser radiation on optical coatings and substrates was investigated. Fused silica and S-BSL7 glass with 532 nm high reflectivity (HR) coatings were irradiated using 60Co gamma-ray source at a dose rate of 1 Gy/s for a total dose of 1–500 kGy...
Different laser damage testing protocols, including 1-on-1, S-on-1, and Raster Scan, were conducted on 532 nm polarizers to evaluate the damage resistance and mechanisms...
The laser damage characteristics of the thin-film polarizers for the wavelength of 532 nm and AOI of 56° were investigated using a Nd:YAG laser system...
Laser-induced damage to optical components is a limitation for designing highly sensitive biosensors. This study investigated the laser-induced damage threshold (LIDT) of high-quality microscope glass slides...
In the current work, we describe a process of optimizing a laser calorimeter system to characterize the thermal performance of optical glasses and thin films in a vacuum environment...