Achromatic objective

Design of an Infinite Image Distance Achromatic Microscope Objective Based on OSLO

基于OSLO的无限远像距消色差显微物镜的设计

Design of Hybrid Refractive / Diffractive Achromatic Telescope Objective Using Binary Optical Element

二元光学折/衍混合消色差望远物镜设计

The difference of stability be-tween binary and ternary complexes has been comparied and discussed . Design of Hybrid Refractive / Diffractive Achromatic Telescope Objective Using Binary Optical Element

讨论三元混配配合物和二元配合物的稳定性差异。二元光学折/衍混合消色差望远物镜设计

The dispersion equation for the diffractive optical element is first derived from the grating diffractive theory and the design equation for the hybrid refractive / diffractive achromatic telescope objective with only one optical material is further derived .

首先从光栅衍射理论出发导出衍射光学元件的色散公式，并进一步推导出用一种材料进行折／衍混合消色差望远物镜设计的公式。

The experiential formula of initial structure selection on achromatic dry microscope objective is proposed on the basis of existent optical systems and experiences .

本文在已有光学系统资料和前人光学设计经验基础上，提出了消色差非浸液显微物镜选型经验公式和相应表格。