Numerical Simulation of Long Exposure Optical Imaging through Atmospheric Turbulence;

Influence of atmospheric turbulence on image resolution of optical sensing system;

Axial light intensity distribution of limited Gaussian beams in atmospheric turbulence;

The effect of turbulence on the channel in the laser communication between the ships;

In this paper, the data obtained from HEIFE experiment in August, 1992 are used to study theinfluences of the sampling length and frequency on the variance and covariance of atmospheric turbulence.

Intensity fluctuations induced by atmospheric turbulence impair the performance of optical wireless commu-nication significantly.

Scintillation of beam wave propagation along Earth-space paths from outer-scale of turbulent atmosphere;

Spectral shift and spectral transition of ultrashort pulsed Hermite-Gaussian beams in the turbulent atmosphere;

Propagation properties of one-dimensional off-axis Gaussian beams through the turbulent atmosphere;

Model analysis and computer simulation of atmosphere turbulence in adaptive optics system;

The paper separately studies atmosphere turbulence and atmosphere dispersion that influence laser PPM signal.

The image will be distorted when we take the objects picture with CCD at long range because of atmosphere turbulence.

Calculation of the scintillation for optical wave propagation through the atmospheric turbulence and comparison with the experimental measurement;

Study on the scintillation of optical wave propagation in the slant path through the atmospheric turbulence;

Study on characteristics of fluctuation for optical wave propagation in the atmospheric turbulence;