Diviš Jakub, Růžička Jan
University Centre for Energy Efficient Buildings, Czech Technical University in Prague, 273 43 Bustehrad, Czech Republic.
Faculty of Civil Engineering, Czech Technical University in Prague, 166 29 Prague, Czech Republic.
Materials (Basel). 2022 Feb 25;15(5):1744. doi: 10.3390/ma15051744.
In this article, research on the sorption properties of clay materials in comparison with commonly used building materials is published. The topic is mainly focused on the dynamic sorption properties and their influence on the relative humidity in the indoor environment. The results of comparisons of clay structures, rammed earth panels, clay plaster, and unburned bricks, with commonly used building materials, concrete, lime plaster, and gypsum board are examined. Statistically evaluated results in the form of confidence intervals are presented and the rate of dynamic sorption is analyzed. It is clear from the results that clay materials have a positive effect on the rapid adsorption and desorption of air moisture in the interior of buildings. However, there are many variables, band not every clay material has such excellent sorption properties.
本文发表了关于粘土材料与常用建筑材料相比的吸附特性的研究。该主题主要集中在动态吸附特性及其对室内环境相对湿度的影响。研究了粘土结构、夯土板、粘土灰泥和未烧制砖与常用建筑材料(混凝土、石灰灰泥和石膏板)的比较结果。给出了以置信区间形式进行统计评估的结果,并分析了动态吸附速率。结果表明,粘土材料对建筑物内部空气中水分的快速吸附和解吸具有积极作用。然而,存在许多变量,并非每种粘土材料都具有如此优异的吸附性能。