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国家自然科学基金(50878177)

作品数:2 被引量:6H指数:1
相关作者:侯娟娟姚灵芝李安桂李鸣王清勤更多>>
相关机构:陕西历史博物馆中国建筑科学研究院西安建筑科技大学更多>>
发文基金:国家自然科学基金国家科技支撑计划国家教育部博士点基金更多>>
相关领域:医药卫生建筑科学更多>>

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A Case Study:Distribution of Bacterial and Fungal Aerosols in Air-Conditioning Systems in Shaanxi History Museum
2009年
In order to investigate the bacteria and fungi aerosol characteristic distribution in HVAC-system and its components at Shaanxi History Museum.Measurements were performed to probe the bacteria and fungi aerosol in HVAC systems,located at Xi'an city,China.The results showed that there was fungi growth inside the ventilation ducts,fungi contamination was worse than bacteria,and both of them were distributed into occupied space with the air supply ducts.The dominating genera of fungi was found to be Penicillium spp.and Aspergillus spp.,which was respectively 46.1% and 20.7% in settling fungi,and the dominating genera of fungi in dust were Cladosporium spp.and Penicillium spp.,which was 41.8% and 30.1% respectively.It suggests that available measures to improve and control the performance of HVAC-systems such as the maintenance,management and cleaning should be taken to prevent this pollution and to develop strategies to keep this pollution away.
LI An-gui,HOU Juan-juan,JI Zeng-bao,ZHU Xiao-bin(School of Environmental & Municipal Engineering,Xi’an University of Architecture and Technology,Xi’an,Shaanxi 710055,China)
关键词:MICROBEFUNGI
集中式空调机组系统微生物污染的实测分析被引量:6
2010年
对陕西历史博物馆集中通风空调机组设备的积尘伴生微生物和空气微生物进行了实测。分析结果表明,机组粗效过滤器对微生物的去除效果,细菌优于真菌;空气处理机组内部本身有真菌滋生,真菌浓度最大时达到200.3cfu/皿,系统微生物污染可导致送风空气质量的下降;微生物浓度与相对湿度具有显著的正相关性;空调机组的真菌优势菌属是青霉属、曲霉属和枝孢霉属。
李安桂姚灵芝侯娟娟王清勤李鸣
关键词:微生物空调系统温度相对湿度
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