1 June 1980 Design Of A Thermal Blooming Cell For Use In Evaluating Adaptive Optics
Author Affiliations +
An instrumentation system has been designed for the evaluation of thermal blooming compensation. The purpose is to investigate the maximization of 10.6 um CO2 laser radiation in the target plane through maximization of the return 3-5 um radiation from the laser-induced "hot spot" by using a pinhole sensor and a slow dither algorithm. The adaptive optical component to be used in the evaluation is a three-actuator modal deformable mirror supplied to the USAF by Perkin-Elmer Corporation. This paper deals primarily with the design of a thermal blooming cell that will be used for simulating atmospheric path lengths of several kilometers within a laboratory setup where the total path length is limited to a few meters. The theory required to perform the scaling is currently available in the literature. We present it in a format designed to aid the optical engineer, whose primary concern is the evaluation of an adaptive optical system for thermal blooming compensation. The interplay of the many parameters that may be varied is illustrated in graphical form to facilitate choices. As an example, we included our design for a one-meter cell to be incorporated in the slow dither experiment.
Bruce Pierce, Bruce Pierce, James Harvey, James Harvey, Andrew Piekutowski, Andrew Piekutowski, William MacInnis, William MacInnis, } "Design Of A Thermal Blooming Cell For Use In Evaluating Adaptive Optics," Optical Engineering 19(3), 193381 (1 June 1980). https://doi.org/10.1117/12.7972523 . Submission:


Optimal diffraction-limited focusing through static aberrations
Proceedings of SPIE (September 24 2014)
Optical multilayer neural networks
Proceedings of SPIE (October 31 1991)
Integrated modeling of the Euro50
Proceedings of SPIE (July 06 2004)
Atmospheric dispersion compensation for ELTs
Proceedings of SPIE (April 21 2008)

Back to Top