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The Influence of Rainfall Humidity on the Moisture Regime of Envelope Structures with Internal Insulation

机译:降雨湿度对内绝缘材料覆盖结构湿度制度的影响

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While the matters of the moisture of external walls of historical buildings it turned out that apart from classical sources of moisture (such as capillary attraction, condensation etc.) there is another source which is often left behind - rainfall humidity which leaks to perimeter walls from the exterior. Whilst the Czech approach of standard assessment works with condensed moisture only, some foreign authors (especially those from Germany) point out a notable influence of rainfall humidity on the moisture regime of the mentioned constructions. Its amount exceeds the amount of rainfall that leaks into the construction due to diffusion by several times. The issue deserves to be examined in more detail, but the use of nanotechnology could help to solve or improve the problem. In some cases it would "be possible to apply the suspension with added nanoparticles into the insulated masonry and improve the properties of masonry, which is facing to rainwater.
机译:虽然历史建筑物的水分的问题,但是除了古典水分源(如毛细管吸引力,冷凝等)的情况下,还有另一个源往往留下的 - 降雨湿度泄漏到周边墙壁外部。虽然标准评估的捷克方式仅适用于凝固的水分,但一些外国作者(特别是来自德国的人)指出了降雨湿度对所提到的结构的湿度制度的显着影响。由于扩散多次,其金额超过了施工的降雨量。该问题值得以更详细的详细审查,但使用纳米技术可以帮助解决或改善问题。在某些情况下,将悬浮液应用于绝缘砌体中,并改善摩萨里的性质,并改善面向雨水。

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