Internal oxidation is most important for removal of soot in diesel particulate filters (DPFs).
Furthermore, it enhances the porosity of carbon blacks (CBs), increases their specific …

Aircraft contrails, formed largely on soot particles in current flights, are important for
aviation's non-CO2 climate impact. Here we show that the activation of nonvolatile soot …

Particles derived from combustion processes, mainly composed of soot agglomerates, are
acknowledged to be among the main contributors to climate change. Their effects depend …

Particle shape exerts a significant influence on their dynamic behavior, and it is imperative to
elucidate these effects given the potential for severe environmental toxicity associated with …

Aviation emissions of soot and nitrogen oxides are strictly regulated as they adversely
impact human health and the environment. Jet fuel combustion conditions that decrease one …

Background Airborne environmental and engineered nanoparticles (NPs) are inhaled and
deposited in the respiratory system. The inhaled dose of such NPs and their deposition …

Soot nanoparticles (SNPs) are black carbon prevalent in atmospheric environment with
significant impacts on public health, leading to neurodegenerative diseases including …

With the projected expansion of the general aviation sector and recent breakthroughs in
sustainable aviation fuels (SAF), accurately measuring emissions from novel aircraft engines …

Soot from aircraft engines deteriorates air quality around airports and can contribute to
climate change primarily by influencing cloud processes and contrail formation …

This study investigates the effect of combining a free-radical initiator, TEMPO (2, 2, 6, 6-
tetramethyl-1-piperidinyloxy), and a zeolite catalyst (HY) on the pyrolysis of JP-10 …