An optical profilometer, based on the principle of the differential interference microscope, has been developed.
提出了一种基于微分干涉原理的光学形貌仪。
The morphological changes of the cells were observed with differential interference contrast microscope and HE staining.
通过微分干涉显微镜和HE染色观察细胞形态学改变；
Investigation of the resulting annular disruption was carried out using microcomputed tomography and differential interference contrast microscopy.
采用显微CT扫描和微分干涉差显微镜进行纤维环破裂的研究。
In addition, the observed result of the theoretical experiment, and a comparison to the result from a differential interference microscope is also provided.
同时给出了该方法原理性实验的观察结果，并与微分干涉显微镜的观察结果进行了对比。
A new principle is proposed to pseudocolor-code the differential interference in the grating-diffraction interferometry with extended white light illumination by using dispersion effect of a prism.
在光栅谱衍射干涉法的基础上，本文提出用色散效应产生的相位体微分干涉条纹，进行实时假彩色编码的原理。
A new principle is proposed to pseudocolor-code the differential interference in the grating-diffraction interferometry with extended white light illumination by using dispersion effect of a prism.
在光栅谱衍射干涉法的基础上，本文提出用色散效应产生的相位体微分干涉条纹，进行实时假彩色编码的原理。
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