2004•Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Computer simulation of spherical wave propagation along paths with reflection in the turbulent atmosphere

Dmitry S. Rytchkov, Andrey V. Falits

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Abstract

Based on the algorithm for simulation of the spherical wave propagation in the divergent coordinate system, a program is developed for simulation of the spherical wave propagation in the turbulent atmosphere along paths with reflection. The paper analyzes the statistics of the spherical wave reflected from a plane mirror and compares the results obtained with the theoretical results derived from the asymptotic consideration for the conditions of weak and strong optical turbulence. The features of manifestation of the correlation of counterpropagating waves in the region transient from the weak to the strong turbulence are discussed.

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What this paper is about

Based on the algorithm for simulation of the spherical wave propagation in the divergent coordinate system, a program is developed for simulation of the spherical wave propagation in the turbulent atmosphere along paths with reflection. The paper analyzes the statistics of the spherical wave reflected from a plane mirror and compares the results obtained with the theoretical results derived from the asymptotic consideration for the conditions of weak and strong optical turbulence. The features of manifestation of the correlation of counterpropagating waves in the region transient from the weak to the strong turbulence are discussed.

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Available abstract

Based on the algorithm for simulation of the spherical wave propagation in the divergent coordinate system, a program is developed for simulation of the spherical wave propagation in the turbulent atmosphere along paths with reflection. The paper analyzes the statistics of the spherical wave reflected from a plane mirror and compares the results obtained with the theoretical results derived from the asymptotic consideration for the conditions of weak and strong optical turbulence. The features of manifestation of the correlation of counterpropagating waves in the region transient from the weak to the strong turbulence are discussed.

Key concepts: Reflection (computer programming), Physics, Turbulence, Spherical wave, Atmosphere (unit), Wave propagation, Plane wave, Atmospheric turbulence

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