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机译:南京南京家庭空气中细菌和真菌的浓度和规模解决的I / O比率
School of Energy and Environment Southeast University Nanjing China Engineering Research Center for Building Energy Environment & Equipments Ministry of Education China Department of Mechanical and Aerospace Engineering Syracuse University Syracuse USA;
School of Energy and Environment Southeast University Nanjing China Engineering Research Center for Building Energy Environment & Equipments Ministry of Education China;
Department of Mechanical and Aerospace Engineering Syracuse University Syracuse USA;
School of Energy and Environment Southeast University Nanjing China Engineering Research Center for Building Energy Environment & Equipments Ministry of Education China;
School of Energy and Environment Southeast University Nanjing China Engineering Research Center for Building Energy Environment & Equipments Ministry of Education China;
School of Energy and Environment Southeast University Nanjing China Engineering Research Center for Building Energy Environment & Equipments Ministry of Education China;
Institute of Building Environmental and Energy Efficiency China Academy of Building Research Beijing China;
Bioaerosols; Indoor; Outdoor; I/O ratios; Size-resolved;
机译:结合培养和16S rDNA测序,揭示南京南京家用空气细菌及相关环境因素的季节性和室内变化
机译:室内和室外环境中细菌和真菌的大小分辨浓度
机译:杭州杭州空气铅的特点:基于Pb同位素比的浓度,物种和源贡献,基于Pb同位素比和同步X射线荧光因子分析
机译:有和没有明显霉菌问题的家庭中的空气真菌含量
机译:哮喘儿童的家庭空气传播真菌水平与喘息症状的关系。
机译:北京秋季和冬季初空气中细菌的浓度和群落对周期性霾事件的响应
机译:杭州杭州空气铅的特点:基于Pb同位素比的浓度,物种和源贡献,基于Pb同位素比和同步X射线荧光因子分析