Fig. 3: Simulation results for probing “Gaussian-shaped” turbulence distributions, each with the peak turbulence strength located at a different distance, z, in a 10-km path. | Nature Communications

Fig. 3: Simulation results for probing “Gaussian-shaped” turbulence distributions, each with the peak turbulence strength located at a different distance, z, in a 10-km path.

From: Atmospheric turbulence strength distribution along a propagation path probed by longitudinally structured optical beams

Fig. 3: Simulation results for probing “Gaussian-shaped” turbulence distributions, each with the peak turbulence strength located at a different distance, z, in a 10-km path.The alternative text for this image may have been generated using AI.

a Received beam profiles of Beam 1, 20, and 40 for probing the turbulence distribution with its peak strength located at z = 5 km under one turbulence realization. b Average \(P\left({{{{{\mathscr{l}}}}}}{{{{{\mathscr{=}}}}}}0\right)\) for the probe beams under 200 turbulence realizations. The bars show the standard deviation of the results. c The original turbulence distribution (\({C}_{n}^{2}(z)\)) and its simulated probed values.

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