Effects of IR heating on distribution and transport of gaseous air pollutants in urban and mountain churches in Poland
Journal of Cultural Heritage(2019)
摘要
•Indoor air pollution of churches was monitored with a photoacoustic gas-analyzer.•Airing rates of wooden & stone buildings was determined with SF6 and CO2 tracer.•The wooden church showed a much higher air-exchange rate than the stone church.•CO, CO2, & H2O developed a fairly uneven spatial distribution indoors.•Reverse stratification of water vapour in the wooden church is observed.
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关键词
Church heating,Cultural heritage preservation,Indoor air quality,Heating systems,Atmospheric aerosol,Air-exchange rate
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