With the renewed focus on indoor air quality (IAQ) due to “Sick building syndrome” and the
recent COVID-19 pandemic, the availability of innovative components and innovative …

Due to the global outbreak of infectious diseases over the years, airborne pathogen removal
from the indoor environment has become a critical issue. Ultraviolet germicidal irradiation …

Bioaerosol contamination problems have led to the need for new technologies that
effectively collect and inactivate airborne microorganisms. Typical nanomaterial‐based filter …

Numerical models have been used to predict the efficacy of ultraviolet (UV) lamps in
disinfecting indoor bioaerosols. However, detailed experimental data on both air and …

Bioaerosols control techniques, especially ultraviolet germicidal irradiation (UVGI) are
gaining attention due to increasing needs for controlling of health risk caused by airborne …

Inadequate indoor ventilation can lead to microbial contamination in enclosed spaces,
necessitating improvements in indoor air quality (IAQ). To address this,'add-on systems' can …

Due to the changes in pathogenic species and the absence of research on topical skin
antibiotics, the therapy of skin and soft tissue infections (SSTIs) is facing more and more …

Airborne transmission is a well-established mode of dissemination for infectious diseases,
particularly in closed environments. However, previous research has often overlooked the …

Ultraviolet (UV) disinfection technologies are well-known tools for microbial prevention in
indoor public places which are frequently employed for disinfecting air, surfaces, and water …

Inactivation of airborne microorganisms by ultraviolet (UV) light has been considered one of
the most effective procedures among disinfection methods. Ultraviolet light-emitting diodes …