Design and simulation of supporting stabilizing system for separated COIL resonator cavity

A kind of separated COIL resonant cavity using the I-shaped structure, a supporting system and wire-rope isolators is designed. Through simulation, the structure of the supporting system is optimized with the target of increasing its first natural frequency and maximizing its material utilization ratio. Its performance of vibration supression and stabilization is assessed by analysing how the large damping ratio of wire cable isolator influences the performance of the vibration supression and stabilization of the system. The result of the analysis reveals that the wire rope isolators enhance the performance of the vibration supression and stabilization.