Eye/Sensor Protection against Laser Irradiation Organic Nonlinear Optical Materials
Abstract
Recent developments in organic nonlinear optical materials for application to eye and sensor protection are reviewed. This compendium includes a brief discussion of the functioning of the eye, delineation of some of the important eye protection parameters and an introduction to the origin of nonlinear optical effects and how they are measured. Specific examples of proposed or prototyped protection devices are also presented. A compilation of noteworthy organic third-order nonlinear optical materials is included as an appendix. Lasers are playing an important and increasing role in modern society. Their present uses range from compact disc players to optical data-storage and communication systems. Because of this wide-spread use, the continuing expansion of lasers into other arenas and the low damage thresholds of human eyes and electro-optic sensors, there is increasing concern about eye and sensor protection from laser irradiation.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 12, 1989
- Accession Number
- ADA210599
Entities
People
- Michael E. Boyle
- Robert F. Cozzens
Organizations
- United States Naval Research Laboratory