首页> 外国专利> Superconductive magnet for magnetic resonance imaging has pole piece which extends radially at distance at least 75 per cent that of main coil

Superconductive magnet for magnetic resonance imaging has pole piece which extends radially at distance at least 75 per cent that of main coil

机译:用于磁共振成像的超导磁体具有极片,其径向延伸的距离至少是主线圈的75%

摘要

The magnet has a first component (14) comprising a superconducting main coil that is arranged coaxially, at a first radial spacing from the longitudinal axis of the magnet and carries a first main current in a first direction. A magnetic pole piece is aligned coaxially to the axis and is spaced apart form the main coil of the first component. Most of the pole piece of the first component is arrange radially inwards w.r.t. the main coil. The pole piece extends radially outwards from the axis to give a spacing which is at least 75 per cent of the first radial spacing. During operation of the magnet, the pole piece has a temperature which is equal to that of the main coil of the first component. Independent claims are included for a super conductive, open magnet, and two methods of creating compactness and a homogenous magnetic resonance imaging space for a superconductive magnet.
机译:磁体具有第一部件(14),该第一部件包括超导主线圈,该超导主线圈与磁体的纵向轴线以第一径向间隔同轴地布置并且在第一方向上承载第一主电流。磁极片与该轴线同轴对准并且与第一部件的主线圈间隔开。第一部件的大部分极靴沿径向向内布置。主线圈。极靴从轴线径向向外延伸以提供至少为第一径向间隔的百分之七十五的间隔。在磁体运行期间,极靴的温度等于第一部件的主线圈的温度。包括针对超导开放磁体的独立权利要求,以及为超导磁体产生紧凑性和均匀磁共振成像空间的两种方法。

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