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Ablation algorithms and corneal asphericity in myopic correction with excimer lasers

机译:准分子激光矫正近视的消融算法和角膜非球面度

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The purpose of this work is studying a comeal asphericity change after a myopic refractive correction by mean of excimer lasers. As the ablation profile shape plays a key role in the post-op corneal asphericity, ablation profiles of recent lasers should be studied. The other task of this research was to analyze operation (LASIK) outcomes of one of the lasers with generic spherical ablation profile and to compare an asphericity change with theoretical predictions. The several correction methods, like custom generated aspherical profiles, may be utilized for mitigation of unwanted effects of asphericity change. Here we also present preliminary results of such correction for one of the excimer lasers.
机译:这项工作的目的是研究通过准分子激光进行近视屈光矫正后的彗星非球面度变化。由于消融轮廓形状在术后角膜非球面性中起着关键作用,因此应研究最近激光的消融轮廓。这项研究的另一任务是分析具有通用球形烧蚀轮廓的激光器的操作(LASIK)结果,并将非球面度变化与理论预测进行比较。几种校正方法(如自定义生成的非球面轮廓)可用于缓解非球面度变化的不良影响。在这里,我们还介绍了对一种准分子激光器进行这种校正的初步结果。

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