• Laser & Optoelectronics Progress
  • Vol. 56, Issue 5, 051701 (2019)
Kuntao Ye*, Xueting Xia, and Musha Ji'e
Author Affiliations
  • Institute of Medical Information Engineering, School of Science, Jiangxi University of Science and Technology, Ganzhou, Jiangxi 341000, China
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    DOI: 10.3788/LOP56.051701 Cite this Article Set citation alerts
    Kuntao Ye, Xueting Xia, Musha Ji'e. Scattering Polarization Characteristics of White Blood Cells Disturbed by Extracellular Fluid[J]. Laser & Optoelectronics Progress, 2019, 56(5): 051701 Copy Citation Text show less
    Morphology of white blood cell. (a) Micrograph of white blood cell; (b) schematic of Chebyshev-shaped particle with ellipsoidal nucleus
    Fig. 1. Morphology of white blood cell. (a) Micrograph of white blood cell; (b) schematic of Chebyshev-shaped particle with ellipsoidal nucleus
    Scattering phase function F11 and degree of linear polarization PL versus scattering angle θ. (a) F11 for non-polarized incident light; (b) F11 for linearly polarized incident light; (c) PL for non-polarized incident light; (d) PL for linearly polarized incident light
    Fig. 2. Scattering phase function F11 and degree of linear polarization PL versus scattering angle θ. (a) F11 for non-polarized incident light; (b) F11 for linearly polarized incident light; (c) PL for non-polarized incident light; (d) PL for linearly polarized incident light
    PL for white blood cell with different outer deformation parameters ξ. (a) ε=0.7; (b) ε=0.8; (c) ε=0.9; (d) ε=1.0
    Fig. 3. PL for white blood cell with different outer deformation parameters ξ. (a) ε=0.7; (b) ε=0.8; (c) ε=0.9; (d) ε=1.0
    PL for white blood cell with different q. (a) Outer surface morphometric parameters n=3, ξ=0; (b) outer surface morphometric parameters n=3, ξ==0.03; (c) outer surface morphometric parameters n=3, ξ=0.06
    Fig. 4. PL for white blood cell with different q. (a) Outer surface morphometric parameters n=3, ξ=0; (b) outer surface morphometric parameters n=3, ξ==0.03; (c) outer surface morphometric parameters n=3, ξ=0.06
    Item70°-140°141°-180°
    ε=1.0ε=0.9ε=0.8ε=0.7ε=1.0ε=0.9ε=0.8ε=0.7
    ξ=0-1.0000-0.9947-0.9804-0.9388-1.0000-0.8785-0.8412-0.8220
    ξ=0.03-0.9982-0.9904-0.9730-0.9313-0.9497-0.8473-0.8474-0.8042
    ξ=0.06-0.9887-0.9839-0.9641-0.8981-0.8596-0.8364-0.8918-0.6656
    ξ=0.09-0.9719-0.9642-0.9375-0.8645-0.8577-0.8038-0.7990-0.6825
    C(0.03)0.00180.00430.00740.00750.05030.0312-0.00620.0178
    C(0.06)0.01130.01080.01630.04070.14040.0421-0.05060.1564
    C(0.09)0.02810.03050.04290.07430.14230.07470.04220.1395
    Table 1. PA and difference C for white blood cells with different morphometric parameters
    Item70°-140°141°-180°
    q=0.395q=0.495q=0.595q=0.695q=0.395q=0.495q=0.595q=0.695
    ξ=0-0.9881-0.9835-0.9804-0.9853-0.9633-0.9153-0.8338-0.6265
    ξ=0.03-0.9868-0.9800-0.9730-0.9841-0.9467-0.9166-0.8474-0.6796
    ξ=0.06-0.9744-0.9709-0.9641-0.9754-0.9447-0.9197-0.8918-0.5990
    C(0.03)0.00130.00350.00740.00120.0166-0.0013-0.0136-0.0531
    C(0.06)0.01370.01260.01630.00990.0186-0.0044-0.0580.0275
    Table 2. PA and difference C of white blood cells with different q
    Kuntao Ye, Xueting Xia, Musha Ji'e. Scattering Polarization Characteristics of White Blood Cells Disturbed by Extracellular Fluid[J]. Laser & Optoelectronics Progress, 2019, 56(5): 051701
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