运用成象理论及其算法建立了最佳参数调整的关系式及基调整方法。
Using the related imaging theory and algorithm, the relationships and methods for optimum adjustment of the system parameters are developed.
从光的衍射理论和几何成象理论出发，分析研究了显微物镜焦平面附近小孔光栏的衍射和象平面位置上的成象。
From the theory of light diffraction and geometrical optics, aperture diffraction near the focal plane of microscope objectives and imaging on the image plane are studied.
利用同一模型的理论记录和物理实验记录的反演计算结果对提出的方法进行了验证，并讨论了进一步提高成象精度的方法。
Using the inversed results for same model with theoretical and physical method, we tested the proposed theory and discussed the method to improve the imaging precision further.
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