The study of the dynamics of aerosols produced during a severe accident is vital to the
safety analysis of a Sodium-cooled Fast Reactor (SFR). Sodium leakage into the …

An Eulerian aerosol dynamics and transport model embedded in a general-purpose
Computational Fluid Dynamics (CFD) code is presented. The model employs the sectional …

Electric charging is one of the essential aerosol dynamic mechanisms and is harnessed for
detection, capture and control of ultrafine aerosol particles in a range of devices. For …

Soot particles have been identified as the second largest contributor to global warming (just
after carbon dioxide). Also, these particles can penetrate deeply into the lungs and may be …

Diffusion charging of ultrafine aerosol particles is widely used in various fields and
understanding the multi-physical phenomena during the charging processes is critical to the …

In this study, a sectional moving grid-remapping method for the numerical solution of
condensational growth is evaluated. The main novelty of the method is linked with the …

Soot particles formed during the incomplete combustion of hydrocarbons not only reduce the
efficiency of many combustion devices but also adversely affect the global climate, air quality …

In 2020, motivated by the celebration of 50 years of publication of the Journal of Aerosol
Science, the JAS editors, editorial advisory board, and publisher elected to establish the …

As 1D materials with high intrinsic strength and stiffness, nanotubes are promising building
blocks for the next generation of fibres in structural composites. This thesis explores wet …

A new implementation of a multidimensional solver for studying nanoparticle synthesis in
laminar flames is presented. The governing equations are convective-diffusive-reactive …