Variable wind speeds over the ocean can have a significant impact on the formation
mechanism and physical-chemical properties of sea spray aerosols (SSA), which in turn …

The impact of sea spray aerosols (SSAs) on Earth's climate remains uncertain in part due to
size-dependent particle-to-particle variability in SSA physicochemical properties such as …

The COVID-19 pandemic has changed many aspects of people's lives, including not only
individual social behavior, healthcare procedures, and altered physiological and …

The effects of atmospheric aging on single-particle nascent sea spray aerosol (nSSA)
physicochemical properties, such as morphology, composition, phase state, and water …

Transmission of an airborne disease can occur when an individual exhales respiratory
particles that contain infectious pathogens. Surgical face masks are often used to reduce the …

During the COVID-19 pandemic, reusable masks became ubiquitous; these masks were
made from various fabrics without guidance from the research community or regulating …

Wearing of face coverings serves two purposes: reducing the concentration of ambient
particles inhaled and reducing the emission of respiratory particles generated by the wearer …

After the rapid spread of SARS-Cov-2 virus, the use of masks was suggested by the world
health organization (WHO) to reduce the virus transmission, whose primary mode of …

Sea spray aerosol (SSA) represent one of the most abundant natural aerosol types,
contributing significantly to global aerosol mass and aerosol optical depth, as well as to both …

This work compares relative mask inhalation protection against a range of airborne particle
sizes that the general public may encounter, including infectious particles, wildfire smoke …