1.
A condition in which the refractive power of one eye differs from that of the other.
屈光参差，两眼屈光不等一只眼和另一只眼的屈光力不同的状况
2.
anisometropia: a condition in which the refractive power of one eye differs from that of the other.
屈光参差,两眼屈光不等: 一只眼和另一只眼的屈光力不同的状况。
3.
The Study of Ocluar Refraction Components Measurement with Optic Coherence Biometry in Ametropic Children;
屈光不正儿童眼屈光成分光学相干生物测量的研究
4.
Conferring the Relationship between Tonic Accommodatin and Refractive Components;
张力性调节与眼屈光因子关系的探讨
5.
New Method of Getting Human Eye's Diopter Based on Pupil's Picture
基于眼瞳图像获取人眼屈光度的新方法
6.
Analysis of Refraction and Ocular Components in 450 College Students with Normal Visual Acuity of Uygur Nationality in Xinjiang Medical University;
450例维吾尔族大学生视力正常眼屈光状态与屈光要素的分析
7.
Analysis of refraction and ocular components in 450 college students with normal visual acuity of Uygur nationality;
维吾尔族大学生450名视力正常眼屈光状态与屈光要素分析
8.
Analysis of Correlation between Refractive Degree of Myopia and Ocular Optical Components
近视眼屈光度及屈光系统各组成成分的相关性分析
9.
Technology of Maximum Entropy Theory in Laser Refractive Prediction
基于最大熵理论的眼屈光激光矫正预测技术
10.
Conclusion： The axial length was the most significant factor to the childrens anisometropia.
结论：眼轴长度差是产生双眼屈光参差的主要因素，这对这类病人的临床屈光矫正有指导意义。
11.
anisometropic eye
屈光参差(变常)眼
12.
Objective： To analysis the correlation between the ocular components and the anisometropia in children.
目的:分析儿童屈光参差眼的眼球屈光结构与屈光不正的关系。
13.
Analysis about the examiniations of myopia diopter,eye axis and naked visual
近视屈光度、眼轴、裸眼视力的检测分析
14.
difference in the refractive power of the two eyes.
两只眼睛的屈光能力不一样。
15.
dioptometer:an instrument used for measuring ocular refraction.
屈光计:用于测量眼睛折射度的仪器.
16.
Experimental anisometropia and binocular visual function
实验性屈光参差对双眼视功能的影响
17.
Multiple factors analysis of corneal refractive power in myopia
影响近视眼角膜屈光力多因素分析
18.
Analysis on refractive status of children with monocular amblyopia after comprehensive treatment
综合治疗单眼弱视儿童屈光状态分析