Keynote Speeches (to be updated)
Plenary and Keynote Talks: (Following talks have been received and confirmed) Flux Pumped Magnets – Principle, Technology and Applications Design Strategies for Functional Materials: Example of Ceria Zero-Resistance Materials and Technologies Cryogenic Cooling of Power Electronics Systems High Tc SQUID and Its Applications Recent Advances of HTS Maglev in ASCLab The Engineering Commissioning of the Magnets System on HL-2M Tokamak Characterization of Soft Magnetic Materials for Design of Electrical Machines Design, Control and Fast on-Line Parameter Estimation of Interior Permanent Magnet Synchronous Machines Superconducting Magnetic Energy Storage, a Promising Technology for Future Power Systems Research Progress of HTS Traction Transformer for High-speed Electrical Multiple Unit Research on Integrated Energy System in the Customer Side Principles of Electrical Machines and Application of Advanced Materials Flexible AC Transmission Line (FACTS) and Devices Basics of Superconductivity and Its AC Loss Principle of HTS Magnets without Insulation between Winding Layers and Application in Next Generation Compact Medical Electromagnetic Equipment Principle of Superconducting Current Limiting Type DC Circuit Breakers Principle of Fundamental High Tc Electronics and SQUID Principle, Characteristics and Applications of HTS Maglev High Temperature Superconducting Wind Turbine and Characteristic Analysis Principle and Models of High Speed Train Principle of SMES Electric Power Applications with Consideration of Power Quality and Energy Efficiency Magneto-Optical and Electromagnetic Analysis Method of HTS Principle of Superconducting Wireless Power Transfer Principle of HTS Flux Pump Superconducting Magnet Design, Technology and Applications HTS SMES principle and Power Electronic Control Methodology and Applications |