- 更多网络例句与屈光的相关的网络例句 [注：此内容来源于网络，仅供参考]
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In this experiment, we induced experimental anisometropia and analyzed the effect of blur and aniseikonia on stereopsis.
阐明屈光参差影响立体视的机制，为临床矫正屈光参差及治疗屈光参差性弱视提供依据。
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Objective To investigate the difference between the actual figure and theoretic figure of aniseikonia in anisometropic amblyopia patients; examine the stereoacuity of anisometropic amblyopia patients and ametropic amblyopia patients, and analysis the related factors, to give guideline for the treatment of anisometropic amblyopia patients.
目的 研究屈光参差性弱视患者的不等像值与理论值(0.25D的屈光参差引起0.5%的不等像)之间的差异及其规律；检查屈光参差性弱视及屈光不正性弱视患者的立体视锐度，分析其影响因素，为矫正屈光参差、治疗屈光参差性弱视提供依据。
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Methods(1)4 cities were chosen randomly according to their economic status and geographical location.(2)An autorefractor was used to detect the diopter in the preschool children from 20 kindergartens randomly selected from each of the 4 cities.(3)1%atropine ointment was applied to the c onjunctival sac of the children with suspect myopia for 3 days and the refractio n of light in their retina was then examined by a barred beam skiascope.(4)The eye axis and corneal curvature of the myopic children were measured.(5)The diop ter,eye axis,and corneal curvature were examined every 6 months during 1-year f ollow-up after the diopter was properly rectified.
(1)依经济状况和地理位置按随机原则抽取4市县；(2)从4市县中各随机选择20间幼儿园，对所抽取的在园学龄前儿童用自动屈光仪进行屈光筛查；(3)可疑近视患者予以1%阿托品眼膏涂双眼3d，由专人用带状检影镜进行视网膜检影验光；(4)确诊为近视的患者自愿进行角膜曲率和眼轴测量；(5)近视患者经适当的屈光矫正后，按要求进行为期1年的前瞻性随访，每半年进行1次屈光状态、角膜曲率和眼轴的检测。
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Methods One hundred and six eyes of 56 patients were divided into three groups: mild myopia (-0.50~-3.00 D), moderate myopia (-3.25~-6.00 D) and high myopia (-6.25 D~) based on measurement with autorefractor in cycloplegia and uncycloplegia.
对56例行屈光不正矫正术的患者（106只眼）分别用电脑验光（睫状肌麻痹和非睫状肌麻痹下）、显然验光、Zywave波前像差仪法测量眼屈光不正，并将患者按屈光不正度数分为三组：低度近视组(-0.50~-3.00 D)，中度近视组(-3.25~-6.00 D)，高度近视组(-6.25 D~)。
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Objective To compare the reflective error by retinoscopy with that by autoretractian in cycloplegic children's eyes.
视网膜检影法是一种利用检影镜来检查被检眼静态屈光的客观检查方法。它简单、常用。
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Methods Fourty subjects, 20 anisometrope and 20 emmetrope, the AMP accommodation lag and NRA/PRA were measured after the distance refractive correction.
选取40位受试者，正视者右眼20只，屈光参差者20位，其中屈光参差者高度数眼20只，屈光参差者低度数眼20只，在屈光完全矫正的基础上用主观的测量方法测量其调节幅度、正负相对调节和调节滞后量。
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Objective To study the pattern of ablation, evaluate centration and stability following excimer laser photorefractive keratectomy for myopia.
目的 分析准分子激光屈光性角膜切削术(photorefractive keratectomy， PRK)术后角膜切削区的形态、偏心情况和屈光的稳定性。
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Objective To study the effect of horizontal strabismus diorthosis on refraction as well as possible factors that may cause influence.
目的 探讨水平斜视矫正术对眼屈光的影响及产生影响的可能因素。
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Methods Keratometric reading with Topcon KR-8100 automatic keratometry and comeal topography with the TMS-4 on 53 ametropia' children, 106 eyes were compared. Difference in measurements of steep meridian power magnitude Ks, flat meridian power magnitude Kf, astigmatism magnitude Ks-Kf and location as well between the two methods were assessed using paired t test.Bland-Altmann method was used to evaluate the agreement of the two methods.
采用KR-8100自动角膜曲率计及TMS-4角膜地形图仪对53例（106只眼）屈光不正儿童进行测量，应用配对t检验对两种方法测量的陡峭子午线角膜屈光力、平坦子午线角膜屈光力、角膜散光Ks-Kf大小及轴向进行比较，并应用Bland-Altmann分析对两种测量方法进行一致性评价。
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The article elaborates the basic theory and mathematics model of ablating cornea by Excimer Laser, makes out the model which partition the cornea ablation area to 30 or 60 ablating circles, and arrives at the error of real calculation corve and academic model curve by comparing a with them under the help of MATLAB software, achieves the success of coney experiment and blind eyes' experiment, thus establishes the clinical experiment basis of cornea ablation in advance.
文章论述了准分子激光消融眼球角膜的基本原理和数学模型，提出了把角膜治疗区域有目的地划分成30个或60个消融道的模式，通过MATLAB软件把理论计算曲线和实际模型曲线进行比较，得出它们的消融误差，并且成功进行了动物实验和盲眼实验，提前为角膜屈光的临床实验奠定了基础。
- 更多网络解释与屈光的相关的网络解释 [注：此内容来源于网络，仅供参考]
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ametropia：屈光不正
3.屈光不正(ametropia) 当眼球在调节松弛状态下,来自5m以外的平行光线,经过眼的屈光系统屈折后,不能聚焦在视网膜上者称为屈光不正,屈光不正分为近视、远视和散光三大类.
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dioptric：屈光的
diopter 屈光度 | dioptric 屈光的 | dioptric system 折光组
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photorefractive keratectomy：准分子激光屈光性角膜切削术
PRK(准分子激光角膜切削术)全称是准分子激光屈光性角膜切削术(Photorefractive Keratectomy)是指应用准分子激光在角膜前弹力层和浅层基质进行激光切削,使角膜前表面曲率减少、曲率半径增加,屈光力减低,焦点向后移至视网膜上达到矫正屈光不正的效果,
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refraction：屈光
(Refractive system of eye)当光从一种介质进入另一种不同折射率的介质时,光线将在界面发生偏折现象,该现象在眼球光学中称为屈光(refraction).光线在界面的偏折程度,可用屈光力来表达.在眼球光学中,应用屈光度(diopter,
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anisometropic：屈光参差的
anisometropiaheterometropia 两眼屈光不等 | anisometropic 屈光参差的 | anisometropy 屈光参差性
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anisometropic amblyopia：屈光参差性弱视
3.屈光参差性弱视(anisometropic amblyopia) 双眼屈光度不等叫屈光参差,大多是远视,双眼球镜之差?1.50D,柱镜之差?1.0D,由于屈光参差太大,落在两眼视网膜上的物像清晰度和像的大小均不等(双眼屈光度每相差1.0D,双眼物像大小相差2%),
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dioptoscopy：屈光测量法屈光测量法
dioptometer 屈光计 | dioptoscopy 屈光测量法屈光测量法 | dioptric 折射的
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dioptrical：折光的,屈光的
dioptric tester 折光度计,屈光度计 | dioptrical 折光的,屈光的 | dioptrics 折射光学,屈学
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dioptrical：屈光的
dioptric imaging 折射成象 | dioptrical 屈光的 | dioptrometer 屈光计
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dioptrometer：屈光计
dioptrical 屈光的 | dioptrometer 屈光计 | dioptroscopy 屈光测量法屈光测量法