Non ideal particle classifying identification method based on laser Doppler measuring particle
A Doppler measurement and Doppler particle technology, applied in the field of particle measurement, can solve problems such as irregular shapes, inconsistencies in composition, and measurement errors
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[0041] Table 1 is the description pattern of blood sample diameter and relative refractive index; in the table: columns represent different patterns of samples; rows represent different cell populations.
[0042] Table 1
[0043]
[0044] The blood cell identification implementation process:
[0045] 1. Use the laser Doppler measurement system to obtain particle diameter data x={x 1 , x 2 ,...,x N} and relative refractive index data y={y 1 ,y 2 ,...,y N}.
[0046]2. Establish an estimation model:
[0047] Since the particle size is mainly distributed on two diameter segments, it is assumed that the modes are respectively μ 1 ( x ) = e - ( x - x ...
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