Single-frame light intensity transmission quantitative phase microscope system and method
A phase microscopy, light intensity transmission technology, applied in microscopes, optics, measuring devices, etc., to achieve the effect of non-destructive rapid quantitative detection method, high spatial resolution, and reduced measurement time
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[0024] Combine image 3 The single-frame light intensity transmission quantitative phase microscopy system of the present invention is composed of two parts, one is a microscopic imaging system 1, and the other is a Michelson-structured spectroscopic system 2 containing a spatial light modulator. The points in the figure are marked by dashed boxes. The microscopic imaging system 1 includes a condenser 3, a condenser aperture diaphragm 4, a condenser lens 5, a sample to be tested 6, a microscope objective lens 7, a first reflecting mirror 8, and a tube lens 9, wherein the condenser lens 3 Converge the illumination light to the condenser aperture diaphragm 4. The size of the condenser aperture diaphragm 4 is adjustable to control the clear aperture of the illumination. The light diverges through the condenser aperture diaphragm 4 and is collected by the condenser 5 to illuminate the sample and transmit the light through the sample. It is collected by the microscope objective lens...
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