refractive Power
英 [rɪˈfræktɪv ˈpaʊə(r)]
美 [rɪˈfræktɪv ˈpaʊər]
网络 屈光力; 屈光度数; 折光力; 折射能力; 折射本领
双语例句
- There was a tendency for the buckle width to be positive associated with refractive power changes of corneal anterior surface, and the effect was clear in central zone in short terms;
手术中加压块宽度与术后角膜前表面屈光度正相关，在短期内对中央区影响显著； - The effect of trabeculectomy on corneal refractive power
青光眼小梁切除术对角膜屈光力影响的研究 - Accuracy analysis of evaluation of corneal refractive power with different methods after LASIK
LASIK术后不同方法评价角膜屈光力的准确性分析 - The area under ROC of posterior maximum refractive power and the AUR of posterior maximum elevation were greater than that of other indices in the diagnosis of early keratoconus.
在诊断早期圆锥角膜中，后表面屈光度最大值、后表面高度最大值的ROC曲线下面积最大。 - Correlation analysis between corneal refractive power and corneal surface symmetry in myopia patients
近视眼患者角膜屈光力与角膜表面对称性的相关性分析 - Relating to a difference in the refractive power of the two eyes.
与两只眼睛的折射能力不一样所造成的差距有关的。 - The analysis of corneal refractive power in myopia with topography
角膜地形图仪对近视眼角膜屈光力检测的分析 - Analysis of measuring corneal refractive power by corneal topographer compared with by keratometer
角膜地形图仪和角膜曲率计测量角膜屈光力的差异分析 - Conclusion Refractive power of corneal after cataract extraction exists dynamic changes.
结论白内障手术后角膜屈光存在动态变化。 - The Abnormality of Cervical Spine Curvature in Hirayama Disease: X-ray Features and Diagnostic Values Analysis of measuring corneal refractive power by corneal topographer compared with by keratometer
平山病颈椎屈曲度异常的X线征象及其诊断价值角膜地形图仪和角膜曲率计测量角膜屈光力的差异分析 - A contrastive research on high and normal corneal refractive power with myopia
偏高角膜屈光力与正常角膜屈光力伴近视眼的临床对比分析 - Multiple factors analysis of corneal refractive power in myopia
影响近视眼角膜屈光力多因素分析 - Analysis on the corneal refractive power and axis of simple myopia of teenager
青少年单纯性近视眼屈光度与角膜曲率及眼轴的相关性 - Thermal Effects and Refractive Power in Optically Pumped Solid-State Lasers
固体激光器的光泵浦热效应和折射力 - The changes of the corneal refractive power before and after operation were compared.
2、3个月对术眼角膜进行检测，比较分析术后角膜屈光的变化情况。 - Objective: To study the correlations among the diopter, corneal refractive power, and optic axis of myopia.
目的：探讨近视眼的屈光度、眼轴、角膜屈光力之间的相关关系以及近视的成因。 - Corneal surface shape and its refractive power in normal eye
正视眼角膜表面形态和屈光力分析 - Conclusion: reduction in corneal thickness and corneal refractive power affect reduction in IOP readings markedly after PRK& LASIK.
结论：PRK及LASIK术后眼内压下降值与角膜厚度及角膜屈光力下降值呈线性相关； - In addition, the method of compensating a discrepance of the refractive power by a suitable adjustment of the distances between the mirror and the rod is discussed and the related analytical formula is given.
讨论了用适当调整腔镜和棒间距来补偿光焦度偏离的方法，并得出了相应的解析公式。 - Changes of corneal refractive power after the implantation of intrastromal corneal ring
基质内角膜环植入后角膜屈光力变化实验研究 - The corneal refractive power of 21 patients ( 40 eyes, 6.88%) was too high;
角膜屈光力偏高或过低21例40眼占6.70%； - Conclusion The length of axis, corneal refractive power, lens thickness, anterior chamber depth and age have certain effect on the spherical equivalent refraction.
与角膜厚度、眼压无明显的相关性。结论眼轴长度、角膜屈光力、晶状体厚度、前房深度和年龄对近视度数（等值球镜度数）均有一定的影响。 - Measurements of the corneal curvature and refractive power of the myopia
近视眼角膜前曲率半径及其屈折力的测量 - By analyzing some key parameters of cornea, we got the mathematical relationship between the variation of cornea refractive power and each of the parameters thus predicted the remedy effect for the Diode LTK in theory.
对影响角膜热凝固变形的一些参数进行统计分析，得出角膜屈光力的变化与各个参数的数学关系，从而为预测半导体激光角膜热成形的矫正效果提供理论依据。 - Conclusion Microwave radiation higher than 1.00 mW/ cm2 can affect the proportion of WSP and USP in cultured rabbit lens, and cause changes of lens transparency and refractive power, which leads to lens opacity.
结论当微波辐射强度高于1.00mW／cm2时，可导致体外培养晶状体中可溶性蛋白比例降低，ASP比例升高，这种平衡的改变可破坏晶状体的透明性和折光性，导致晶状体混浊。 - Objective To evaluate the changes of the corneal refractive power induced by different incision after cataract extraction.
目的评价白内障手术不同切口造成角膜屈光的动态变化。 - A TMS-4 corneal topography was used to shoot the corneal topography in patients. The indices of corneal topography included surface asymmetry index ( SRI), surface regularity index ( SAI), astigmatism and the average corneal refractive power.
采用TMS-4角膜地形图系统拍摄角膜地形图像，记录角膜表面不对称性指数、角膜表面规则性指数、散光及平均角膜屈光度等参数。 - Corneal refractive surgery by changing the corneal refractive power to achieve the purpose of correcting refractive errors. It is welcomed among people because the surgery is convenient and the curative effect is remarkable.
角膜屈光手术通过改变角膜的屈光力来达到矫正屈光不正的目的，由于手术方便、疗效显著，且不需要佩戴眼镜，因此受到人们普遍欢迎。