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角膜温度范围在激光热损伤预测中的意义。

Implications of the corneal temperature range in the prediction of laser thermal damage.

作者信息

Mikesell G W, Schepler K L

出版信息

Am J Optom Physiol Opt. 1980 Apr;57(4):228-35. doi: 10.1097/00006324-198004000-00005.

DOI:10.1097/00006324-198004000-00005
PMID:6770692
Abstract

Corneal temperatures of the rhesus monkeys have been measured under conditions that may exist during laser experiments. The minimum and maximum temperatures found for all experimental conditions were 29.54 degrees C and 39.16 degrees C, respectively, a range of 9.62 degrees C. A computer model of thermal damage due to laser irradiation was used to determine the effect varying initial temperature could have on corneal damage thresholds (ED50's). The range of 9.62 degrees C found in monkeys for all experimental conditions corresponded to a 39% difference in threshold power. The dependence of damage thresholds on initial temperature could be an important factor to consider when basing laser safety standards on damage threshold data.

摘要

已经在激光实验期间可能存在的条件下测量了恒河猴的角膜温度。在所有实验条件下发现的最低和最高温度分别为29.54摄氏度和39.16摄氏度,范围为9.62摄氏度。使用激光照射引起热损伤的计算机模型来确定初始温度变化对角膜损伤阈值(ED50)的影响。在所有实验条件下,猴子中发现的9.62摄氏度的范围对应于阈值功率39%的差异。当基于损伤阈值数据制定激光安全标准时,损伤阈值对初始温度的依赖性可能是一个需要考虑的重要因素。

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