Modeling the impact of indoor relative humidity on the airborne transmission of several respiratory viruses risk using a modified Wells-Riley model

Keyphrases

• Indoor Humidity 100%
• Humidity 100%
• Airborne Transmission 100%
• Respiratory Viruses 100%
• Wells-Riley Model 100%
• Infection Risk 50%
• Virus 33%
• COVID-19 33%
• Ventilation 25%
• High Humidity 25%
• Influenza A 25%
• Measles 25%
• Rhinovirus 25%
• Ventilation Rate 16%
• Gravitational Settling 16%
• Ventilated Room 8%
• Acceptable Range 8%
• Modified Model 8%
• Virus Type 8%
• Airborne Virus 8%
• Removal Mechanism 8%
• Relative Impact 8%
• Airborne Infection 8%
• Human Rhinovirus 8%
• Residential Setting 8%
• Size Transformation 8%
• Biological Decay 8%

Immunology and Microbiology

• Humidity 100%
• Respiratory Virus 100%
• Severe Acute Respiratory Syndrome Coronavirus 2 23%
• Influenza 17%
• Measles 17%
• Rhinovirus 17%
• Lung Ventilation 11%
• Virus Type 5%
• Dynamics 5%
• Airborne Virus 5%
• Human Rhinovirus 5%

Pharmacology, Toxicology and Pharmaceutical Science

• Influenza A 60%
• Rhinovirus 60%
• Human Rhinovirus 20%