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Air pollution as an important factor in construction materials deterioration in Slovak Republic

机译:空气污染作为斯洛伐克共和国建筑材料恶化的重要因素

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Climatic parameters and atmospheric pollution are highly relevant to the degradation of several building materials like construction metallic materials, concrete structures and plasters of buildings, bridges or art sculptures. Degradation of not only metal materials, but also other construction materials (concrete, glass, etc.) by chemical environmental loads is an increasingly serious problem not only in Slovakia, but all over the world. The atmosphere and, ultimately, the hydrosphere could be particularly polluted by industrial activity, thus causing an increased corrosion aggressiveness of atmosphere. In the article, the air pollution impact on stone materials and carbon steel in Slovak Republic is observed. In the evaluation, there are used dose-response functions, which were developed based on long-term research by the other authors. Effectively, multi-annual climatic parameters and parameters of air pollution in Slovak Republic were used for generation of the maps of annual average surface loss of stone materials and carbon steel. One of the priorities of that research is creation of corrosion maps of different materials, which do not help to protect materials, but could be useful for prediction of risks during design, analysis and maintenance. The values obtained from this interpolation of the maps would be used as a basis for a long-term research work in mapping the state of degradation of various materials in Slovak Republic.
机译:气候参数和大气污染与建筑金属材料,建筑物,桥梁或艺术雕塑等建筑金属材料,混凝土结构和塑料等多种建筑材料的降解高度相关。不仅退化的金属材料,还通过化学环境负荷等其他建筑材料(混凝土,玻璃等)是斯洛伐克的越来越严重的问题,而是在世界各地。最终,气球最终可能受到工业活性的特别污染,因此导致大气的腐蚀性腐蚀性增加。在文章中,观察到斯洛伐克共和国石材和碳钢的空气污染影响。在评估中,存在使用的剂量 - 响应函数,这些功能是根据其他作者的长期研究开发的。有效地,斯洛伐克共和国空气污染的多年度气候参数和参数用于生成石材和碳钢年平均表面损失的地图。该研究的优先事项之一是创建不同材料的腐蚀地图,这尚不有助于保护材料,但对于在设计,分析和维护期间的风险预测可能是有用的。从地图的这种插值获得的值将被用作绘制斯洛伐克共和国各种材料的降解状态的长期研究工作的基础。

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