Adaptive optics corrections of scintillations of Hermite-Gaussian modes in an oceanic medium
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Date
2020
Authors
Baykal, Yahya
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Abstract
Adaptive optics correction of the scintillation index is found when Hermite-Gaussian laser beams are used in oceanic turbulence. Adaptive optics filter functions are used to find how the tilt, focus, astigmatism, coma, and total correction will behave under high order mode excitation. Reduction of the oceanic scintillation under various oceanic turbulence and system parameters is examined under different high order modes. Also, the effects of the source size, wavelength, and link length on the total adaptive optics correction of Hermite-Gaussian modes in an oceanic medium are investigated for different modes. (C) 2020 Optical Society of America
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Keywords
Order Laser-Beams, Bit-Error Rate, Fluctuations
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Citation
Baykal, Yahya (2020). "Adaptive optics corrections of scintillations of Hermite-Gaussian modes in an oceanic medium", Applied Optics, Vol. 59, No. 16, pp. 4826-4832.
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Source
Applied Optics
Volume
59
Issue
16
Start Page
4826
End Page
4832