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Numerical model study of radio frequency conductive keratoplasty in the cornea for correction of hyperopia

机译:角膜射频传导性角膜移植术矫正远视的数值模型研究

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摘要

Correction of hyperopia requires increasing the curvature of the cornea. Radio frequency current can be used to shrink corneal collagen at peripheral points and achieve the required correction. A commercial device has been introduced by Refractec Inc. to create the RF lesions in a process named "Conductive Keratoplasty". Finite difference method numerical models of the electric and current density fields, thermal fields, and resulting damage fields have been created and used to establish the fundamental mechanisms of this process.
机译:矫正远视需要增加角膜的弯曲度。射频电流可用于使角膜胶原蛋白在周围的点处收缩并达到所需的矫正效果。 Refractec Inc.引入了一种商用设备,以一种称为“传导性角膜移植术”的方法制造RF病变。建立了电流和电流密度场,热场以及由此产生的损伤场的有限差分方法数值模型,并将其用于建立该过程的基本机制。

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