你眼镜度数多高？屈光度为3。
患者的眼轴和屈光度数稳定。
The ocular axial length and refractive degree were stable after operation.
结果：近视病人的眼压水平随屈光度增加而升高；
Results: The IOP level of myopic patients went up with diopter increasing.
目的：观察不同的屈光度在不同光线下瞳孔直径的变化。
Objective: To observe the pupil diameter changes of different diopter under different rays.
它们也会判断出你看清事物所需的矫正镜片的屈光度数。
He or she will also determine the power of any lens correction needed to provide clear vision.
随着年龄的增长，人眼的屈光度有由近视向远视变化的趋势。
With age increasing, the diopter of these subjects had a tendency of hypermetropia from myopia.
目的了解儿童和青少年高度近视的屈光度与眼底损害的关系。
OBJECTIVE To observe the relationship between fundus damage and diopter in children and youths with high myopia.
结论高度及超高度近视的角膜厚度随着屈光度的增加而变薄。
Conclusion the corneal thickness of myopia with high degree and supra high degree become thinner with the increase of refraction.
这类近视多在8屈光度(俗称300度)左右，很少超过600度。
Such short-sighted in more than 8 diopter (commonly known as 300 degrees) about little more than 600 degrees.
医生：验光需要放大瞳孔，这样我们可以得到准确的屈光度。 %。
It's necessary to dilate the pupils for the eyetest . In this way we can get the exact dioptre.
结论：随着年龄及屈光度的增加，角膜形态会发生某种程度的变化。
Conclusion: With an increase in age and myopic refraction, some changes in corneal shape may occur.
主要指标治疗前角膜厚度、视力、角膜地形图变化、屈光度、手术次数。
Main Outcome Measures Preoperative corneal thickness, visual acuity, changes of corneal topography, diopter, and number of operations.
结论近视眼iop随cct增加而增高并成正相关，与近视屈光度无关。
ConclusionThere is a significant positive correlation between CCT and iop in myopic eyes while there is no correlation between iop and myopic diopter.
由于散瞳增加了色像差等生理缺陷，所以不散瞳验光也会得到精确屈光度！
Dilation due to an increase of chromatic aberration, and other physical defects, so there is no dilation optometry will be accurate diopter!
目的观察鹰视准分子激光系统的LASIK治疗各种屈光度的近视的效果。
Objective To observe the effect of LASIK for the correction of all degrees of myopia with the eagle excimer laser system.
本文提供了修正角膜半径校正近视时，半径变化量和屈光度差之间的关系式；
The relations between the radial variance and the diopter difference are given in this paper for correcting the cornea radius to rectify short—sight.
目的探讨儿童白内障摘除人工晶体植入后近视漂移及人工晶体屈光度的选择。
Objective To investigate the myopia shift in children after implantation of IOL and the selection of the power of IOL.
结果：睑裂缝合眼与对照眼眼轴长度和屈光度都有明显差异（P<0.01）。
Results: There were significant differences in the eye axial length and diopter between lid-sutured eyes and controls(P<0. 01).
结论：术后患者的屈光度偏向正是由于晶体后表面被硅油融合后其屈光度的表现。
Conclusion: the postoperative refractive error becomes more plus when the posterior surface of the lens is fused with silicone oil.
提出了一种新的共焦激光方法，可以精确测量正度数与负度数人工晶状体植入物的屈光度。
We present a novel confocal laser method for precise testing of the dioptric power of both positive and negative intraocular lens implants.
提出了一种新的共焦激光方法，可以精确测量正度数与负度数人工晶状体植入物的屈光度。
We present a novel confocal laser method (CLM) for precise testing of the dioptric power of both positive and negative intraocular lens (IOL) implants.
结果巩膜环扎外加压术引起角膜前表面周边部术后1周屈光度显著减小（P<0.01）；
Results After surgery, refractive power on corneal anterior surface decreased significantly in peripheral zone at 1 week(P< 0.01).
结果巩膜环扎外加压术引起角膜前表面周边部术后1周屈光度显著减小（P<0.01）；
Results After surgery, refractive power on corneal anterior surface decreased significantly in peripheral zone at 1 week(P< 0.01).
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