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首页> 外文期刊>Indian Journal of Fibre & Textile Research >Dynamic adsorption characteristics of thin layered activated charcoal materials used in chemical protective overgarments
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Dynamic adsorption characteristics of thin layered activated charcoal materials used in chemical protective overgarments

机译:用于化学防护服的薄层活性炭材料的动态吸附特性

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摘要

The efficiency of a thin layered activated charcoal material used in chemical protective overgarments has been evaluated. The study has been conducted with the aim to obtain protective materials with best characteristics considering resistance to benzene effect under dynamic conditions and to create a new filtration protection device. In order to evaluate dynamic adsorption characteristics of thin layered sorption materials, sophisticated dynamic gas chromatography method is used. The curves of benzene penetration are determined for sandwich materials, and sorption layers used in filtrating protective clothing shows that thin layered carbon sorption materials (type MOO) have good protective properties as compared to other similar materials. The findings will help to create conditions for developing a functional model for producing a new protective overgarment in the near future.
机译:已经评估了用于化学防护外衣的薄层活性炭材料的效率。进行该研究的目的是获得考虑到在动态条件下对苯的抗性的最佳特性的保护材料,并创建一种新的过滤保护装置。为了评估薄层吸附材料的动态吸附特性,使用了先进的动态气相色谱方法。确定了夹层材料的苯渗透曲线,用于过滤防护服的吸附层表明,与其他类似材料相比,薄层碳吸附材料(MOO型)具有良好的防护性能。这些发现将有助于创造条件,以在不久的将来开发功能模型以生产新的保护性服装。

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