An Overview of the Water-Porous Building Materials Interactions

A. E. Charola, E. Wendler
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引用次数: 29

Abstract

Abstract Water is one of the key deterioration factors for porous building materials and has the capability of enhancing the deleterious effect of other factors such as air pollution and biocolonization, among others. The focus of the paper is the interaction of water with the porous inorganic materials: how does water enter the pore system, and how does it leave it? How does the presence of clays or soluble salts in porous materials affect these mechanisms? Pairwise examples are provided to illustrate the varying behavior of water in different materials. Also addressed is the importance of the pore size distribution on the behavior of water and its transport mechanisms. The aim of the paper is to synthesize the key points required to understand why water enters a porous system, in what way it is distributed within it, and the slow manner in which it departs, since time of wetness is fundamental in enhancing the effect of co-factors.
水-多孔建筑材料相互作用综述
水是多孔建筑材料的主要变质因素之一,并且能够增强空气污染和生物定殖等其他因素的有害作用。本文的重点是水与多孔无机材料的相互作用:水如何进入孔系统,又如何离开孔系统?粘土或可溶盐在多孔材料中的存在如何影响这些机制?提供了成对的例子来说明水在不同材料中的不同行为。还讨论了孔径分布对水的行为及其输运机制的重要性。本文的目的是综合理解水进入多孔系统的原因、水在其中分布的方式以及水缓慢离开的方式所需的关键点,因为湿润的时间是增强辅助因素效果的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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