Fig. 1. (a) Dyed lymphocyte; (b) undyed mononuclear; (c) eccentric sphere model; (d) theoretical model of double layer eccentric sphere

Fig. 2. Scattering light intensity distributions of homogeneous ball with different polarization incidence modes. (a) Natural light; (b) vertical polarized light; (c) horizontal polarized light

Fig. 3. Logarithmic distribution of Müller matrix elements in different scattering models. (a) M11; (b) M12; (c) M33; (d) M34

Fig. 4. Scattering light intensity distributions at different polarization incidence modes

Fig. 5. Schematic of light scattering coordinate system

Fig. 6. Variation of scattering light intensity with scattering angle and azimuth angle

Fig. 7. Relative distribution of scattering light intensity at different polarization incidence modes

Fig. 8. Logarithmic distributions of scattering light intensity varying with scattering angle and ratio of nuclear to cytoplasmic. (a) Horizontal linearly polarized light is incident; (b) vertical linearly polarized light is incident; (c) ratio of Fig. 8(a) result to Fig. 8(b) result; (d) difference between Fig. 8(a) result and Fig. 8(b) result

Fig. 9. (a) Logarithmic distribution of scattering light intensity varying with cell radius for horizontal linearly polarized light incidence; (b) ratio of difference to sum

Fig. 10. (a) Logarithmic distribution of scattering light intensity varying with wavelength for horizontal linearly polarized light incidence; (b) ratio of difference to sum

Fig. 11. (a) Logarithmic distribution of scattering light intensity varying with relative refractive index for horizontal linearly polarized light incidence; (b) ratio of difference to sum; (c) maximum and minimum positions of ratio