This study combines particle measurements and acoustic measurements to study aerosols generated in breathing, speaking, singing and coughing. Particle measurements are carried out using a portable measurement chamber designed specially for the study. Acoustic measurements of voice production are conduced to standardize measurements in human aerosol emission and to reveal possible reasons for the individual differences in particle generation. Understanding mechanisms of human aerosol generation is important in trying to understand how the airborne transmission of pathogens takes place and furthermore in assessing how to minimize the risk of transmission. The results can be used in the context of all airborne diseases.</p
Background: Human breath contains small particles that might be useful for the noninvasive diagnosis...
Human health is significantly influenced by inhaled aerosols. Insight to the aerosol transport and d...
Human health is significantly influenced by inhaled aerosols. Insight to the aerosol transport and d...
This study combines particle measurements and acoustic measurements to study aerosols generated in b...
Previously, we demonstrated a strong correlation between the amplitude of human speech and the emiss...
Human-to-human transmission of upper respiratory diseases such as COVID-19 is primarily driven by th...
Knowing the physicochemical properties of exhaled droplets and aerosol particles is a prerequisite f...
We describe ongoing efforts to better understand the interaction of spoken languages and their physi...
Aerosol particles are generated in human airways and leave the body with exhaled air. The particles ...
Humans emit large salivary particles when talking, singing, and playing musical instruments, which h...
Objective. Coronavirus disease 2019 has highlighted the lack of knowledge on aerosol exposure during...
Abstract In this study, emission rates of aerosols emitted by professional singers were measured wit...
ObjectiveCoronavirus disease 2019 has highlighted the lack of knowledge on aerosol exposure during r...
IntroductionAs the pandemic continues to spread, more knowledge is needed about the viral transmissi...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Background: Human breath contains small particles that might be useful for the noninvasive diagnosis...
Human health is significantly influenced by inhaled aerosols. Insight to the aerosol transport and d...
Human health is significantly influenced by inhaled aerosols. Insight to the aerosol transport and d...
This study combines particle measurements and acoustic measurements to study aerosols generated in b...
Previously, we demonstrated a strong correlation between the amplitude of human speech and the emiss...
Human-to-human transmission of upper respiratory diseases such as COVID-19 is primarily driven by th...
Knowing the physicochemical properties of exhaled droplets and aerosol particles is a prerequisite f...
We describe ongoing efforts to better understand the interaction of spoken languages and their physi...
Aerosol particles are generated in human airways and leave the body with exhaled air. The particles ...
Humans emit large salivary particles when talking, singing, and playing musical instruments, which h...
Objective. Coronavirus disease 2019 has highlighted the lack of knowledge on aerosol exposure during...
Abstract In this study, emission rates of aerosols emitted by professional singers were measured wit...
ObjectiveCoronavirus disease 2019 has highlighted the lack of knowledge on aerosol exposure during r...
IntroductionAs the pandemic continues to spread, more knowledge is needed about the viral transmissi...
BACKGROUND: Aerosol particles have, since the antiquity, been linked to adverse effects on human hea...
Background: Human breath contains small particles that might be useful for the noninvasive diagnosis...
Human health is significantly influenced by inhaled aerosols. Insight to the aerosol transport and d...
Human health is significantly influenced by inhaled aerosols. Insight to the aerosol transport and d...