Internal combustion in transport vehicles is still one of the biggest contributors to ultrafine
particle emissions which have been proven to have many adverse effects on human health …

The carbon soot has generally negative connotation due to the adverse impact on the
human health and ambient environment. Most of the studies involving soot analysis focus on …

The harmlessness of nanometric aerosols is currently being called into question. Their
massive production in industrial production processes or during combustion, whether …

A model was developed to predict the behavior of non-woven filters clogged during the
filtration of nanostructured particles (ie agglomerates of nanometric particles). It estimates …

Nanofiber filter media can potentially reduce exposure to PM 2.5 in indoor environments
because of the filters' high particle-removal efficiency. To facilitate such filter use, this study …

Effective density measurements are used extensively to convert submicron particle sizes
based on a particle׳ s mobility diameter into mass. Measurements of the effective density …

The study investigates the impact of the physical properties of biodiesel particulate matter on
the performance of diesel particulate filters (DPF). Filtration efficiency (FE) and pressure …

A validation of the ISO 787-23 method for measuring true density on reference black carbon
samples and combustion emitted particles is proposed and compared to alternative …

Researches relating dust collector using fiber as particle collection body ie, air filter,
cartridge filter and nonwoven bag filter, were reviewed. Their filtration process was classified …

Nano-aerosols are airborne aerosols in the range of 100 nm. They are present abundantly
in both pollutants and viruses, both of which affect human health. Filtering these nano …