Supplementary data for: "Laboratory based investigation of the materials’ water activity and pH relative to fungal growth in internally insulated solid masonry walls"

Supplementary data for: Nickolaj F. Jensen, Søren Peter Bjarløv, Carsten Rode, Birgitte Andersen, Eva B. Møller, 2020, "Laboratory based investigation of the materials’ water activity and pH relative to fungal growth in internally insulation solid masonry walls"The datasets comprises:1) Hygrothermal measurements for the small-scale test walls after application of internal insulation (manual measurements taken every 1-2 weeks)2) Hygrothermal measurements for the small-scale test walls after application of internal insulation (interpolated hourly data for the mathematical mould-growth models)3) Post-processing of the hygrothermal measurements with three mathematical mould-growth models (VTT, MRD, WUFI-Bio). 4) Key results summary sheet, providing an overview of the moisture content results, pH measurements, the Mycometer fungal tests, the overall hygrothermal results etc.5) Weighting-drying-weighting test results, to determine the moisture content in the adhesive mortars and insulation materials (May-2019 and November-2019 test rounds). 6) Mycometer Surface and Bulk-material test results, to determine the extent of fungal growth in the masonry/insulation interface, inside different layers of the insulation material, and after the fungal decontamination work.7) Measurements and calculation results for the VOC diffusion tests through the materials making up the insulation systems, results for the VOC similarity approach, and results for the VOC mass balance for a simple room scenario.8) Photographs for the preparation of the experimental setup, the fungal decontamination experiment, the internal insulation experiment, and the May2019 and November-2019 identification of fungal species found in the internally insulated test walls.

补充数据集描述：Nickolaj F. Jensen, Søren Peter Bjarløv, Carsten Rode, Birgitte Andersen, Eva B. Møller, 2020, 《基于实验室的内部保温实心砌体墙材料水分活度和pH值与真菌生长的相关性研究》
数据集包含：1) 内部保温层应用后小尺度测试墙的湿度热力学测量（每1-2周进行手动测量）
2) 内部保温层应用后小尺度测试墙的湿度热力学测量（为数学发霉生长模型提供的插值每小时数据）
3) 使用VTT、MRD、WUFI-Bio三种数学发霉生长模型对湿度热力学测量的后处理
4) 关键结果汇总表，概述水分含量结果、pH测量值、Mycometer真菌测试、整体湿度热力学结果等
5) 权重干燥重量测试结果，以确定粘合砂浆和保温材料中的水分含量（2019年5月和11月的测试轮次）
6) Mycometer表面和体积材料测试结果，以确定真菌在砌体/保温层界面、保温材料不同层内部的生长程度以及真菌净化工作后的生长情况
7) 对构成保温系统的材料进行VOC扩散测试的测量和计算结果，VOC相似性方法的结果，以及简单房间场景的VOC质量平衡结果
8) 实验装置准备、真菌净化实验、内部保温实验以及2019年5月和11月识别的内部保温测试墙中发现的真菌物种的摄影资料。