Advances in Plasma Physics and Fusion Energy
Aim and Scope
Advances in Plasma Physics and Fusion Energy publishes original research that advances the understanding of plasma behaviour, plasma-based technologies, and controlled fusion energy systems. The journal focuses on both fundamental plasma physics and applied research that explores the practical use of plasma in energy generation, materials processing, space exploration, and industrial technologies.
The journal encourages interdisciplinary studies that integrate theoretical physics, experimental plasma research, computational modelling, and engineering applications. Research addressing plasma confinement, fusion reactor technologies, and plasma interactions with materials is particularly relevant to the journal's scope.
Key areas of focus include:
Fundamental Plasma Physics
Research on plasma dynamics, plasma waves, charged particle behaviour, and electromagnetic interactions in ionized gases.
Fusion Energy Research
Studies addressing nuclear fusion processes, magnetic confinement systems, inertial confinement fusion, and experimental fusion reactor technologies.
Plasma Confinement and Reactor Physics
Investigations related to tokamak systems, stellarators, plasma confinement mechanisms, and fusion reactor design.
Astrophysical and Space Plasmas
Research examining plasma phenomena in space environments, including solar plasma, magnetospheric physics, and astrophysical plasma processes.
Computational Plasma Modelling
Studies involving numerical simulations, computational modelling techniques, and plasma behaviour prediction using advanced computational tools.
Plasma Materials and Surface Interactions
Research addressing plasma-material interactions, plasma processing of materials, and plasma-based surface modification technologies.
Industrial and Applied Plasma Technologies
Investigations related to plasma applications in semiconductor manufacturing, plasma coating systems, plasma propulsion, and industrial plasma technologies.
Energy Systems and Plasma Applications
Research exploring the role of plasma technologies in future energy systems, including fusion energy development and plasma-assisted energy technologies.
Through these areas of research, the journal aims to support scientific innovation and technological progress in plasma physics and sustainable energy research.