The ocular axial length and refractive degree were stable after operation.

患者的眼轴和屈光度数稳定.

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Measurements included cycloplegic refraction , biometric axial length and optic disc stereo - photographs.

测量其屈光度 、 眼轴长及视神经之立体相片.

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There is no significant difference of diopter between two groups before LASIK.

两组间,术前的屈光度无统计学差异.

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In this paper, model of aspherisation for higher - dioptry spectacle lens is investigated.

本文研究高屈光度眼用透镜消除离轴像散的非球面化模式.

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The eyes'diopter was in the range of + 1.00~ - 1.00 D in 54.8 percent.

术后1年裸眼视力达到术前矫正视力者为64.5%,屈光度在+100~-100D之间者为54.8%.

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The IOP level of myopic patients went up with diopter increasing.

结果:近视病人的眼压水平随屈光度增加而升高.

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Adjusting range is earth 4 diopter.

调节范围为土4个屈光度.

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Myopic refraction of all patients was within ±1.00 D.

术后近视屈光度均在±100D以内.

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The degree of myopia in great majority of students increased with the increase of age.

结果随着年龄增加,学生近视只有极少部分屈光度不变或增加少,大部分都有不同程度增加,屈光度与年龄和学龄增加成正比.

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With age increasing, the diopter of these subjects had a tendency of hypermetropia from myopia.

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.

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Main Outcome Measures corneal thickness, visual acuity, changes of corneal topography, diopter, and number of operations.

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.

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Objective To explore the simple and easy determination method of the lens power.

目的探讨人工晶状体屈光度数的简易检测方法.

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There is no significant difference in the BA and stereopsis after operation while BDD within 2.50～8.00 D.

屈光度差在2.50～8.00D范围时,MA患者PRK/LASIK术后的BA和立体视状况无明显差异.

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Mean myopia diopter of 70 eyes ( 87 5 % ) was in the range of the predicted diopter ±1 D.

术后屈光度平均值为-196±128D,70只眼 ( 875% ) 在预矫屈光度±1D内.

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The results showed that the mean central corneal thickness of the normal eyes is 550.18±42.08μ m.

结果显示,正常人角膜中心厚度为550.18±2.08μ,角膜中心厚度在性别、别及不同屈光度之间差异无显著性.

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