U. Y. Abdulkarim

The Effect of Varying Aerosol Concentrations on Visibility and Particle Size Distribution in Urban Atmosphere: Validating OPAC Results using MERRA Satellite Aerosol Data

U. Y. Abdulkarim, B. I. Tijjani & U. M. Gana · International Journal of Environment and Climate Change · 2022

Well validated simulation software and models are meant to add value through a more precise representation of different atmospheric features and climate characteristics that are physically out of reach. In this work, comparison and validation was carried out using the Modern Era...

Open access Research Article 10.9734/ijecc/2022/v12i930766

Impacts of the Variations of Aerosols Components and Relative Humidity on the Visibility and Particles Size Distribution of the Desert Atmosphere

S. U. Yerima, U. Y. Abdulkarim, B. I. Tijjani, U. M. Gana, M. Idris, S. G. Durumin-Iya, M. Sani, R. Aliyu, M. F. Shamsuddeen, U. Y. Khamisu & D. Abdulhadi · Asian Journal of Research and Reviews in Physics · 2021

This paper investigates the Impact of relative humidity, varying the concentrations of water-soluble aerosol particle concentrations (WASO), Mineral Nuclei Mode Aerosols Particle Concentration (MINN), mineral accumulation mode, nonspherical (MIAN) aerosol particles concentrations...

Open access Research Article 10.9734/ajr2p/2021/v4i330146