Large airports are a major source of ultrafine particles, which spread across densely
populated residential areas, affecting air quality and human health. Jet engine lubrication …

Analysing the composition of ambient ultrafine particles (UFP) is a challenging task due to
the low mass and chemical complexity of small particles, yet it is a prerequisite for the …

Jet engine aircraft are ubiquitous and significant sources of atmospheric nanoparticles.
Using size-resolved particulate samples collected near a runway of the Narita International …

Ultrafine particles are emitted at high rates by jet aircraft. To determine the possible impacts
of aviation activities on ambient ultrafine particle number concentrations (PNCs), we …

We investigate the potential contribution of organic species emitted by aircraft engines to the
formation of ultrafine volatile particles detected in jet wakes. The model employed here …

Concern about the health impact of exposure to ultrafine particles has prompted a large
number of research studies in the last twenty years. Attention focussed on conventional …

We conducted field measurements of aerosols near a runway at Narita International Airport
(NRT) in February 2018 to characterize the physical and chemical properties of aircraft …

High levels of ultrafine particles (UFPs; diameter of less than 50 nm) are frequently produced
from new particle formation under urban conditions, with profound implications on human …

Jet engine exhaust is a significant source of ultrafine particles and aviation-related
emissions can adversely impact air quality over large areas surrounding airports. We …

Despite ethanol's penetration into urban transportation, observational evidence quantifying
the consequence for the atmospheric particulate burden during actual, not hypothetical, fuel …