SUMMARY
This discussion focuses on the feasibility of using photochromic or photodarkening materials to achieve irreversible optical attenuation of up to 20dB at 1310nm after UV irradiation. Participants suggest exploring photographic emulsions, which require a post-exposure developer wash, as a potential solution. Additionally, they highlight the challenges posed by materials that degrade under heavy UV exposure, emphasizing the need for careful selection of photochromic dyes and paints. The conversation also notes that 1310nm falls within the infrared spectrum, complicating the application of UV-sensitive materials.
PREREQUISITES
- Understanding of optical attenuation and its measurement in decibels (dB)
- Familiarity with photochromic materials and their applications
- Knowledge of UV irradiation effects on various materials
- Basic concepts of photographic emulsions and their chemical processes
NEXT STEPS
- Research the properties and applications of photochromic dyes and paints
- Investigate the use of photographic emulsions in optical applications
- Explore UV cure epoxies and their resistance to UV degradation
- Study the optical properties of materials at 1310nm wavelength
USEFUL FOR
This discussion is beneficial for optical engineers, materials scientists, and researchers involved in the development of UV-sensitive optical components and coatings.