Under high humidity conditions that mimic respiration, the filtration efficiency (FE) of
hydrophilic fabrics increases when challenged with hygroscopic nanoparticles, for example …

Because asymptomatic carriers of COVID‐19 produce respiratory droplets that can remain
suspended in air for several hours, social distancing may not be a reliable physical barrier to …

Inhaled aerosols have wide-ranging applications in the treatment and diagnosis of
respiratory diseases. Methacholine challenge testing (MCT) is a diagnostic test frequently …

Air conditioning in the nasal airways plays an important role in regulating ambient
atmospheric temperature and humidity conditions of the inhaled air. Inevitably, it may alter …

To assess the health impact of inhaled aerosols, it is necessary to understand aerosol
dynamics and the associated dosimetry in the human respiratory tract. Although several …

The efficient delivery of nicotine in e-cigarette aerosols depends on the deposition efficiency
of these aerosols within the respiratory tract. Accurate prediction of the hygroscopic growth …

The overarching theme of this work is the investigation and development of in vitro and in
silico methods used to characterize inhaled pharmaceutical aerosols. The ultimate aim is to …

Закономерности гигроскопического роста/уменьшения размера водорастворимых
аэрозольных частиц оказывают существенное влияние на динамику процессов …

Закономерности гигроскопического роста/уменьшения размера водорастворимых
аэрозольных частиц оказывают существенное влияние на динамику процессов …