Full Description
This book presents recent research and important developments in plasma science, materials engineering, and energy applications. Arising from the 1st International Conference on Plasma, Materials, and Energy (ICPME) held in Nador, Morocco, in May 2025, it provides a valuable resource for researchers and professionals looking for the latest advancements in theoretical modeling, experimental techniques, and technological applications. A key strength of this conference is its interdisciplinary approach, fostering collaboration between experts in plasma physics, materials science, and energy technologies. This event emphasizes both fundamental research and practical applications, addressing current challenges in energy sustainability, advanced materials, and plasma-based technologies. The collection of peer-reviewed papers fosters interdisciplinary collaboration and offers insights into emerging trends and challenges in the field. The primary audience includes researchers, academics, graduate students, and industry professionals working in plasma physics, materials science, and energy technologies.
Contents
1. Comparative study between static and dynamic air and effect of humidity on corona discharge efficiency at atmospheric pressure.- 2. Influence of the low-frequency component on plasma behavior in dual-frequency argon discharges including metastable atoms.- 3. Impact of Negative Ions on the Magnetized Complex Plasma Sheath with Superextensive Electrons.- 4. Modeling the Influence of Plasma Parameters on Surface Electromagnetic Wave Propagation for GPS-Frequency Applications.- 5. Theoretical and Numerical Study of the Sheath in a Non-Extensive Electropositive Plasma with Secondary Electron Emission and Thermal Ions.
