Geometry Optimization for SMES Solenoids Using HTS Ribbons
Applied Superconductivity, IEEE Transactions（2011）
摘要
SMES devices are an attractive solution for pulsed current sources. The specific stored energy is moderate therefore it has to be improved. HTS materials offer opportunities in terms of current carrying capabilities as well as mechanical strength. The specific magnetic storage capability is presented as a function of the aspect ratio of solenoid. Shape optimization is discussed using the strongest superconducting tapes available.
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关键词
geometric programming,high-temperature superconductors,superconducting magnet energy storage,superconducting tapes,hts materials,hts ribbons,smes devices,smes solenoids,geometry optimization,magnetic storage capability,pulsed current sources,shape optimization,energy storage,high magnetic field,high temperature superconductors,superconducting magnetic energy storage,stress,shape,high temperature superconductor,aspect ratio,current density,windings
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