AJSST › Volume 1, Issue 1 › Article 3

Review Article · Article 3 · 17 pages · Published October 10, 2026

Atmospheric Radioactive Aerosols and Climate Change: Charging Mechanisms, Transport Dynamics, and Modelling Advances for Sustainable Assessment

Showparnickaa Subburao1, Ravichandran1, Dharshini Srinivasan1, A.J Natishah1, Indumathi S.M*1

1Department of Biotechnology, Sathyabama Institute of Science and Technology, Chennai, 600119, India
*Corresponding author: indumathi.biotech@sathyabama.ac.in

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Abstract

Accurate prediction of the transport and deposition of atmospheric radioactive aerosols necessitates the integration of multiple tightly coupled multiphysical processes. This study systematically evaluates the governing principles underlying transport behaviour, deposition fluxes, charge development, radioactive particles with particular emphasis on hot, arid environments and dust storm conditions. In addition, it presents a critical synthesis of recent progress in the modelling radioactive aerosol transport in the open atmosphere, highlighting the coupled interaction between electrical charging and transport phenomena. This work is intended both as a structured introduction for newcomers and as an updated critical resource for experts aiming to identify decent technological progress, key knowledge gaps, and future research priorities in the field.

Keywords: Radioactive aerosols, Transport dynamics, Charge evolution, Deposition mechanisms, Dispersion Modelling, Atmospheric simulation

How to cite

Subburao S, Ravichandran, Srinivasan D, et al. (2026). Atmospheric Radioactive Aerosols and Climate Change: Charging Mechanisms, Transport Dynamics, and Modelling Advances for Sustainable Assessment. American Journal of Sustainable Science and Technology, 1(1), Article 3. https://aasrtresearch.org/articles/ajsst-2026-003.html

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Article information
JournalAmerican Journal of Sustainable Science and Technology
ISSN3144-735X (online)
Volume / IssueVolume 1, Issue 1 (October 2026)
Article number3
Article typeReview Article
Pages17
PublishedOctober 10, 2026
DOITo be assigned
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Corresponding authorindumathi.biotech@sathyabama.ac.in
PublisherAmerican Association of Scientific Research and Technology (AASRT)
Copyright© 2026 American Association of Scientific Research and Technology. All rights reserved.
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