Main Topics
| Main Topics | • Renewable Energy-Driven Plasma Systems • Fundamental Processes, Diagnostics, and Simulations in Plasmas • Plasma and Artificial Intelligence • Plasma-Surface and Plasma-Interface Interactions • Synthesis and Modification of Catalytic and Energy-Storage Materials via Plasma Techniques • Plasma-Enhanced Catalytic Processes: Heterogeneous Catalysis, Photocatalysis, Electrocatalysis, etc. • Plasma-Assisted H2 Energy Technologies: Production, Hydrogenation, Fuel Reforming, etc. • Plasma-Driven Carbon Cycle Processes: Methane Activation, CO2 Conversion and Utilization, etc. • Plasma-Enabled N2 Fixation: NH3 Synthesis, N2 Oxidation, H2O Activation, etc. • Conversion and Utilization of Biomass, Plastics, and Waste through Plasma Technologies • Integration of Plasma Processes in Micro-Chemical Engineering • Plasma-Enabled Clean Combustion Technologies • Emerging Plasma-Enabled Energy Conversion Technologies • Biomedical Applications and Effects of Plasma • High Voltage Discharge Testing • Mechanisms and Dynamics of Electrical Breakdown in Insulating Materials • Pulsed Power Technology Innovations and Applications in Plasma Science |
