Vibration characteristics of a multi-block high-temperature superconducting maglev system

Abstract

Abstract:The multi-block high-temperature superconducting (HTS) maglev system has more complicated dynamic characteristics than the single-block HTS maglev system. To study its vibration characteristics, we designed a maglev measurement system. The system responses at the excitation frequencies of 2, 3 and 15 Hz were examined. Results show that the responses under excitation frequencies of 2 and 3 Hz include a 6 Hz component, which means that the maglev system is a critical nonlinear system. Moreover, the 6 Hz component is much stronger than the 2 Hz or 3 Hz components in the response spectra. There is the interaction between excitation and response. Under an excitation frequency of 15 Hz, intensified low-frequency perturbations were observed.

FABRICATION OF SmBiO3/NiO DOUBLE BUFFER LAYER FOR COATED CONDUCTORS

“…1,2 The fabrication technology of high performance coated conductor is the key technology to realize the large scale application of superconductor. The major challenges for coated-conductors technology is that a textural epitaxial template is required.…”