Application of Monte Carlo Method to the Light Scattering of Human''''s Erythrocytes
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Abstract:
The forward small-angle light scattering of the human's static and deformed erythrocytes in Couette flow is simulated by Monte Carlo method. It considers the light traveling along the cells in thin suspension, the values of length in all three axes and the deformation degree are worked out by anomalous diffraction. The result shows that the feasibility of this method is supported by its closeness to the standard data of model.
