屈光系统

近视（myopia）是指在调节放松状态下，平行光线经眼球屈光系统后聚焦在视网膜前。伴随现代技术的迅猛发展，近距离作业和阅读资料大量增加，人类近视患病率有逐渐增加趋势。

Myopia is referred as parallel light focuses in front of the retina through refractive system of eye , in the relaxed state . With the rapid development of modern technology , proximity operations and reading materials increase significantly , resulting in a gradual upward trend of human myopia .

近视眼屈光系统CSF的初步研究

Optical system MTF of the myopic eye

近视眼屈光度及屈光系统各组成成分的相关性分析

Analysis of Correlation between Refractive Degree of Myopia and Ocular Optical Components

人眼屈光系统同任何光学系统一样，存在各种像差。

Human eye , similar to the optical system , owns optical aberrations .

介绍薄透镜成像原理和眼屈光系统。

This article introduced the imaging principle of the thin lens and the refraction system of eyes .

角膜、成角膜细胞、晶状体细胞、晶状体和晶状体束构成屈光系统。

The dioptric apparatus consists of cornea , corneagenous cells , crystalline cells , crystalline lens and crystalline tract .

本文根据光学并列型和光学重叠型两类昆虫复眼的屈光系统，具有分解和综合二维图像的光学特性，提出了一种新的用复眼透镜实现二维图像光学信息编码和译码的技术原理。

A new technological principle of optical information coding and decoding with compound eye lens was introduce in this paper , according to the optical characteristic and the ability of resolving and synthesizing two-dimension pattern of dioptric system of compound eyes including optical apposition eye and optical superposition eye .

准分子激光屈光矫正系统及实验研究

Development and experimental study of excimer laser refractive system

飞点扫描式准分子激光角膜屈光矫正系统

Flying-spot Scanning Excimer Laser Corneal Surgery System

以飞点扫描切削模式为基础，研制小光斑飞点扫描准分子激光角膜屈光矫正系统。

The small scanning-spot excimer laser corneal system was developed based on flying-spot scanning model .