A blend zone model for excimer laser refractive surgery is presented.
提出了一种在准分子激光眼屈光手术中过渡区模型的构造方法。
Visual acuity after excimer laser refractive surgery has been remarkably improved using this model.
利用过渡区模型可提高手术后患眼的视觉质量。
The model not only can be applied to the correction of refractive errors such as myopia and astigmatism, but also can be used in wavefront guided laser refractive surgery.
模型有较强的通用性，适用于传统仅矫正屈光不正(近视、远视、散光)的光学区模型，也适用于波前像差引导的激光眼屈光手术。
AIM: To evaluate the effect of soft contact lens using after excimer laser corneal refractive surgery as a physical barrier.
目的：了解亲水性软性角膜接触镜作为物理屏障在准分子激光屈光性角膜手术的作用。
Laser in situ keratomileusis (LASIK) is the most widely performed corneal refractive surgery with profound future.
准分子激光原位角膜磨镶术(LASIK)是目前应用最广，最具发展前途的角膜屈光手术。
The scientific and technological revolution such as laser, computer, materials and materials processing etc, has a critical effect on the refractive corneal surgery.
激光、电子计算机、材料学及制作工艺等现代科学技术的进步在角膜屈光性手术发生中起了决定性的作用。
Based on the principle of the correction for spherical myopia using small beam laser, our excimer laser corneal surgery system has been able to performs uch refractive surgery.
基于这种激光修正角膜矫正近视的原理，我们研制的准分子激光眼科治疗仪实现了治疗近视。
Based on the principle of the correction for spherical myopia using small beam laser, our excimer laser corneal surgery system has been able to performs uch refractive surgery.
基于这种激光修正角膜矫正近视的原理，我们研制的准分子激光眼科治疗仪实现了治疗近视。
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