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Adaptive Optics Engineering Handbook

Adaptive Optics Engineering Handbook

Explore the comprehensive world of Adaptive Optics Engineering with this handbook, delving into the principles and practices behind correcting wavefront distortions for improved imaging and beam control. Learn about atmospheric turbulence mitigation, deformable mirrors, wavefront sensors, and the application of adaptive optics in diverse fields like astronomy, microscopy, and laser communications. This resource provides practical guidance for engineers and researchers involved in the design, development, and implementation of adaptive optics systems.

Stochastic Models For Laser Propagation In Atmospheric Turbulence Lecture Notes In Control And Information Sciences

Stochastic Models For Laser Propagation In Atmospheric Turbulence Lecture Notes In Control And Information Sciences

Explore the intricate world of stochastic models applied to laser propagation through the challenges of atmospheric turbulence. This volume, part of the Lecture Notes in Control and Information Sciences series, offers vital insights into understanding and predicting laser beam behavior under varying atmospheric conditions.