促进建筑霉菌发展的影响因素评价,文献综述

Junpeng Lyu, Michael Pitt, Tim Broyd
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引用次数: 2

摘要

很少有文献评价分析室内霉菌的生长环境,尽管它的健康风险和建筑管理负担。本文通过文献综述,探讨了影响室内霉菌生长和风险水平的最显著因素。研究发现,基质中的相对湿度、温度、时间和营养物质是影响霉菌生长的最显著因素,大多数霉菌种类的发育严重依赖于相对湿度和温度。霉菌生长的最佳温度和相对湿度分别为30°C ~ 35°C和95% ~ 99%。为了防止室内霉菌的生长,本文建议未来建筑的室内环境应特别注意热湿环境的控制,以及墙体内部营养物质和时间的积累。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Assessment of the Influencing Factors Promoting the Development of Mould in Buildings, A Literature Review
There are few literature evaluations that analyse the growing environment of indoor mould, despite its health risks and building management burden. This paper examines the most significant factors influencing indoor mould growth and risk levels through a literature review. It was discovered that relative humidity, temperature, time, and nutrients in the substrate were the most significant factors affecting the growth of moulds and that the development of the majority of mould species depended heavily on the relative humidity and temperature values. The optimal ranges for mould growth in terms of temperature and relative humidity are 30°C to 35°C and 95% to 99%, respectively. In order to prevent the growth of indoor mould, this review suggests that the indoor environment of future buildings should pay particular attention to the control of the thermal and humid environment, as well as the accumulation of nutrients and time within the interior of walls.
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