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原文传递 Superconducting Electromagnetic Suspension (EMS) system for Grumman Maglev concept

题名：	Superconducting Electromagnetic Suspension (EMS) system for Grumman Maglev concept
作者：	Kalsi, Swarn S.
关键词：	suspension；magnet；concept；roma；super；system；levitation；perc；cond；applications
摘要：	The Grumman developed Electromagnetic Suspension (EMS) Maglev system has the following key characteristics: a large operating airgap--40 mm; levitation at all speeds; both high speed and low speed applications; no deleterious effects on SC coils at low vehicle speeds; low magnetic field at the SC coil--less than 0.35 T; no need to use non-magnetic/non-metallic rebar in the guideway structure; low magnetic field in passenger cabin--approximately 1 G; low forces on the SC coil; employs state-of-the-art NbTi wire; no need for an active magnet quench protection system; and lower weight than a magnet system with copper coils. The EMS Maglev described in this paper does not require development of any new technologies. The system could be built with the existing SC magnet technology.
报告类型：	科技报告