Kolmogorov-like atmospheric turbulence is simulated through loading phase screens in sequence onto a liquid crystal onsilicon (LCoS) device. Generated phase screens are calculated using power spectrum density method, together withcompensation of loss of low frequency by Harmonic method. The computed result of phase structure function shows thatafter 4 times compensation of Harmonic method, phase screen can simulate Kolmogorov-like atmospheric turbulenceaccurately. In experiments, a LCoS device manufactured by Holoeye incorporation is calibrated to ensure Precise phasemodulation, including inherent wavefront distortion and modulation phase depth. After that, excellent experimentalresults of dynamic turbulence simulation are demonstrated.
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