Product Code: JLA_18_3_275

Authors:
Kristy L. Hayes
Robert J. Thomas
Air Force Research Laboratory, 2624 Louis Bauer Drive, Brooks City-Base, Texas 78235

Richard E. Pingry
Northrop Grumman Corporation, IT Division, 7067 Buckeye Road, Roanoke, Virginia 24018

Multiwavelength laser exposures pose unique safety challenges for both laser experts and users of laser systems. We describe two methods of optimizing optical density requirements for multiwavelength laser exposures. The problem is first formulated and solved using standard mathematical programming techniques, and the results are compared to those from a simplified algorithm. The result is a method that can be efficiently integrated into existing laser modeling and hazard analysis software. As an example, overall visible light transmittance is maximized while maintaining eye-safe viewing conditions during a multiwavelength exposure, simultaneously minimizing the total optical density required for sufficient laser eye protection. This optimization formulation helps laser system users determine the proper laser eye protection for safe viewing in multiwavelength laser environments.