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首页> 外文期刊>AATCC Review >Effects pf Variations in Skin Model on Evaluation of Thermal Protective Clothing Performance
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Effects pf Variations in Skin Model on Evaluation of Thermal Protective Clothing Performance

机译：皮肤模型的变化对防护服性能的影响

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摘要

A numerical model having the capability of predicting heat transfer through thermally protective clothing exposed to intense heat was used to analyze the skin model and in the burn damage rate equation for predictions of clothing protective performance. The effects of initial temperature distribution in the multiple layers skin model and variation in thermal physical properties used in multiple skin layers on predicted second- and third-degree body burns are discussed, along with the comparison of predictions based on a single skin layer with constant properties. The different pre-expo-nential factor and activation energy in the burn damage rate equation were applied to examine the effect on second and third degree skin burns for different exposures.
机译：使用具有预测通过暴露于高温的热防护服的热传递的能力的数值模型来分析皮肤模型，并在烧伤率方程中用于预测防护服的性能。讨论了多层皮肤模型中初始温度分布以及多层皮肤中使用的热物理特性对预测的二度和三度人体灼伤的影响，以及基于恒定的单层皮肤预测的比较。属性。烧伤损害率方程中使用不同的指数前因子和活化能，以研究不同暴露量对二度和三度皮肤烧伤的影响。

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