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CONFOCAL MICROSCOPE, FLUORESCENCE MEASURING METHOD AND POLARIZED LIGHT MEASURING METHOD USING CONFOCAL MICROSCOPE
CONFOCAL MICROSCOPE, FLUORESCENCE MEASURING METHOD AND POLARIZED LIGHT MEASURING METHOD USING CONFOCAL MICROSCOPE
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机译:共焦显微镜,荧光测量方法和使用共焦显微镜的偏振光测量方法
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摘要
The present invention, confocal microscopy and fluorescence measuring method and a polarized light measuring method, the illuminating light source matrix type liquid crystal element 22, placing the polarization from a 11, a microlens array (2l) to the upper and the objective lens used it ( 23) through the blood observed water (2) the incident optical system (10, 10 '), a detection optical system (30, 30 for detecting the reflected light or fluorescence from the blood observed water "and), the liquid crystal element 22 that is incident on a control liquid crystal controller 52, which is, the light of each microlens transmitted through the microlens array 21, by transmitting to each pixel (22a) of the liquid crystal element 22, the blood observed in the objective lens (23) at the same time to connect the plurality of focus (24) in the water (2), by using a polarization direction of light transmitted through the respective pixels of the liquid crystal element 22, a liquid crystal controller 52, a polarization direction of light transmitted through the pixels to each other and it characterized in that the control to be orthogonal. ; Confocal, microscopy, polarized light, reflected light, fluorescence, resolution, scanning, crosstalk
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机译:使用本发明的共聚焦显微镜和荧光测定方法以及偏光测定方法,照明光源矩阵型液晶元件22,将偏光从11,微透镜阵列(2l)向上方放置,并使用物镜。 (23)通过血液观察水(2)入射光学系统(10、10'),检测光学系统(30、30,用于检测来自血液观察水的反射光或荧光“和),液晶元件通过将在物镜中观察到的血液传输到液晶元件22上的每个像素(22a),将入射到控制液晶控制器52上的图22(即,通过微透镜阵列21传输的每个微透镜的光)入射到控制液晶控制器52上。 23),同时利用透过液晶元件22各个像素的光的偏振方向,将多个焦点(24)连接到水(2)中, er 52是透过像素彼此透射的光的偏振方向,其特征在于,控制为正交。 ;共聚焦,显微镜,偏振光,反射光,荧光,分辨率,扫描,串扰
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