Dr. Ibrahim Karim Abbas | University of Baghdad | Iraq
Dr. Ibrahim Karim Abbas is a plasma physics researcher whose work centers on advanced plasma systems, spectroscopic diagnostics, and plasma-assisted nanomaterial synthesis. He has developed and characterized a variety of plasma sources, including non-thermal plasma needles, dielectric barrier discharges, portable plasma medical devices, and atmospheric plasma jets, contributing to progress in both fundamental plasma science and applied technologies. His research spans antibacterial plasma applications, plasma–biological interactions, and the design of medical plasma tools supported by patented innovations. Dr. Abbas is widely recognized for synthesizing and analyzing diverse metal oxide nanoparticles—such as copper oxide, cadmium oxide, magnesium oxide, cobalt oxide, zinc oxide, calcium oxide, and nickel oxide—using atmospheric plasma and laser ablation methods, with structural, electrical, and spectroscopic investigations forming a core part of his work. His publications appear in numerous reputable Scopus- and Clarivate-indexed journals, covering themes like plasma parameter optimization, optical emission spectroscopy, and laser-induced plasma behavior. He has contributed to understanding how applied voltage, frequency, discharge conditions, gas flow rates, and laser energy influence plasma characteristics in different environments. His studies on plasma-assisted antibacterial activity and nanoparticle-related biomedical effects further broaden the impact of his research across interdisciplinary fields. Dr. Abbas also serves as a scientific reviewer for several international journals, reflecting his engagement with global scholarship and peer evaluation. His participation in conferences, scientific forums, and academic platforms demonstrates active involvement in research dissemination and community development. He maintains professional visibility across global indexing and academic networks, contributing to scientific dialogue and collaborative opportunities. His expertise in plasma diagnostics, nanomaterial engineering, and applied plasma technologies underscores his role in advancing modern plasma research with both theoretical and practical significance.
Profiles: Scopus | Orcid
Featured Publications
Abbas, I. K. (2025). Investigation of the characterization and synthesis of copper oxide nanoparticles by atmospheric plasma jet. Iranian Journal of Science.
Abbas, I. K. (2025). Investigation of the structural characteristics of cadmium oxide nanoparticles synthesised by laser ablation. Journal of Nano Research.
Abbas, I. K., & Aadim, K. A. (2024). Investigation of the impacts of laser energy on calcium plasma and calculated plasma parameters by using the O. E. S. technique. AIP Conference Proceedings.
Abbas, I. K. (2024, December 20). Effects of increasing applied voltage and frequency on plasma parameters in dielectric barrier discharge plasma. Physical Sciences and Technology.