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机译:量化机械通风如何影响 COVID-19 的空气传播感染风险和办公楼的 HVAC 能耗
Texas A&M Univ;
COVID-19; smart ventilation; built environment; infection risks; building simulation; office building; WELLS-RILEY; TRANSMISSION; SARS-COV-2; AEROSOLS; VARIANT; HEALTH;
机译:Quantifying the tradeoff between energy consumption and the risk of airborne disease transmission for building HVAC systems
机译:University of Sherbrooke Reports Findings in Mining and Metallurgy (Impact of mechanical ventilation control strategies based on non-steady-state and steady-state Wells-Riley models on airborne transmission and building energy consumption)
机译:Evaluating SARS-CoV-2 airborne quanta transmission and exposure risk in a mechanically ventilated multizone office building
机译:Reducing annual energy consumption by proper selection of HVAC equipment