Soot particles strongly absorb sunlight and hence act as a short-lived warming agent.
Atmospheric aging of soot particles changes their morphology and mixing state and …

This review article delves into the growing recognition of fractal structures in mesoscale
phenomena. The article highlights the significance of realistic fractal-like aggregate models …

Black carbon (BC) strongly absorbs solar radiation, contributing to global warming.
Absorption enhancement of BC particles is difficult to quantify due to an inadequate …

Despite rapidly growing disk observations, it remains a mystery what primordial dust
aggregates look like and what the physical and chemical properties of their constituent …

Black carbon (BC) aerosols strongly absorb the solar radiation, affecting the regional and
global climate through direct and indirect radiative forcing. The optical properties of BC are …

In this study, the tunable algorithm of cluster–cluster aggregation developed by Filippov et
al.(2000) for generating fractal aggregates formed by monodisperse spherical primary …

Databases of the morphological parameters of fresh size‐resolved soot particles and their
systematic comparisons among various combustion sources are important to trace the soot …

Motion in fluids at the micro (nano) metric scale is dominated by viscosity. One efficient
propulsion method relies on a weak uniform rotating magnetic field that drives a chiral …

Biomass burning (BB) fractions estimated with the aethalometer model differ from 0 even for
pure aerosols from fossil fuel (FF) combustion. We used black carbon (BC) aerosols partially …

The effects of weakly absorbing material coating on soot have attracted considerable
research attention in recent years due to the significant influence of such coating on soot …