معرفی
Chao Zhou is a Researcher in the Energy Materials Systems group at the University of Twente, specializing in superconductivity and advanced materials for fusion energy applications. His work focuses on the electromagnetic and mechanical properties of superconducting conductors critical for next-generation fusion reactors.
His research spans:
- High-temperature superconducting (HTS) cable development
- Performance analysis of Cable-in-Conduit Conductors (CICCs)
- Hysteresis and AC loss mechanisms in REBCO and MgB2 systems
- Mechanical strain effects on critical current
- Fusion magnet design for tokamak devices
Recent publications reveal a strong emphasis on engineering solutions for 20+ Tesla fusion magnets, with particular attention to cable patterns (CWS), contact resistance, and thermal management. His work bridges fundamental superconductivity physics with practical engineering requirements for projects like ITER and CFETR.
Zhou actively collaborates with international fusion research teams, presenting findings at major conferences on magnet technology and superconducting materials. His presentation history includes invited talks on superconducting magnet design for magnetic density separation and current entrance length analysis in Nb3Sn strands.