Advances in laser-proof optics for high-power systems, explained with real-world research and insights.
The Fourteenth Annual Symposium on Optical Materials for High Power Lasers took place in Boulder, Colorado, in 1982. This volume highlights the latest research presented at the event, focusing on materials and methods that enable high-power laser performance while managing damage risks. It covers practical topics from surface and coating science to fundamental mechanisms behind laser damage, with emphasis on materials suitable for demanding energy levels and wavelengths from 10.6 microns into the ultraviolet.
Readers will find a clear picture of how researchers approach laser-induced damage, including discussions of surface characterization, thin-film/substrate interactions, and the role of material properties in preventing breakdown under intense light. The work presents a snapshot of the field's state at that time, with technical details and expert perspectives from leaders in the field.
- Overview of damage thresholds and the factors that influence them
- Insights into surface, film, and interface phenomena relevant to high-power lasers
- Descriptions of experimental approaches to characterize laser-matter interactions
- Discussion of epitaxial and thin-film techniques relevant to optical materials, including molecular beam epitaxy
Ideal for researchers, engineers, and students seeking a concise, referenceable snapshot of early-1980s work in high-power laser materials and damage mechanisms.