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    • 1. 发明申请
    • SYSTEM AND METHOD FOR MAGNETIZATION OF RARE-EARTH PERMANENT MAGNETS
    • 稀土永磁体磁化系统及方法
    • US20110301038A1
    • 2011-12-08
    • US12977575
    • 2010-12-23
    • Ernst Wolfgang StautnerKiruba Sivasubramaniam HaranJames Rochford
    • Ernst Wolfgang StautnerKiruba Sivasubramaniam HaranJames Rochford
    • H01L39/02F25B19/00
    • H01F6/04H01F13/003
    • A system for cooling superconducting materials used for magnetization of magnets disposed within a cylindrical structure, the system including a first tubing system for allowing a cooling gas to interact with a high-field strength superconducting material to thermosiphon-cool the high-field strength superconducting material, a second tubing system for allowing a cooling gas to interact with a low-field strength superconducting material to thermosiphon-cool the low-field strength superconducting material, and a cooling gas in liquefied form configured to flow through the first tubing system and/or the second tubing system. An outlet of the first tubing system and an outlet of the second tubing system are located at a same location on a surface of the cylindrical structure. A method for cool superconducting materials used for magnetization of magnets disposed within a cylindrical structure is also disclosed.
    • 一种用于冷却用于设置在圆柱形结构内的磁体的磁化的超导材料的系统,该系统包括第一管道系统,其用于允许冷却气体与高场强度超导材料相互作用以对高场强度超导材料进行热虹吸 ,用于允许冷却气体与低场强度超导材料相互作用以对所述低场强度超导材料进行热虹吸冷却的第二管道系统以及液化形式的冷却气体构造成流过所述第一管道系统和/或 第二管道系统。 第一管道系统的出口和第二管道系统的出口位于圆柱形结构的表面上的相同位置处。 还公开了用于设置在圆柱形结构内的磁体的磁化的冷超导材料的方法。
    • 5. 发明授权
    • System and method for magnetization of rare-earth permanent magnets
    • 稀土永磁体的磁化系统和方法
    • US08332004B2
    • 2012-12-11
    • US12977575
    • 2010-12-23
    • Ernst Wolfgang StautnerKiruba Sivasubramaniam HaranJames Rochford
    • Ernst Wolfgang StautnerKiruba Sivasubramaniam HaranJames Rochford
    • H01F6/06
    • H01F6/04H01F13/003
    • A system for cooling superconducting materials used for magnetization of magnets disposed within a cylindrical structure, the system including a first tubing system for allowing a cooling gas to interact with a high-field strength superconducting material to thermosiphon-cool the high-field strength superconducting material, a second tubing system for allowing a cooling gas to interact with a low-field strength superconducting material to thermosiphon-cool the low-field strength superconducting material, and a cooling gas in liquefied form configured to flow through the first tubing system and/or the second tubing system. An outlet of the first tubing system and an outlet of the second tubing system are located at a same location on a surface of the cylindrical structure. A method for cool superconducting materials used for magnetization of magnets disposed within a cylindrical structure is also disclosed.
    • 一种用于冷却用于设置在圆柱形结构内的磁体的磁化的超导材料的系统,该系统包括第一管道系统,其用于允许冷却气体与高场强度超导材料相互作用以对高场强度超导材料进行热虹吸 ,用于允许冷却气体与低场强度超导材料相互作用以对所述低场强度超导材料进行热虹吸冷却的第二管道系统以及液化形式的冷却气体构造成流过所述第一管道系统和/或 第二管道系统。 第一管道系统的出口和第二管道系统的出口位于圆柱形结构的表面上的相同位置处。 还公开了用于设置在圆柱形结构内的磁体的磁化的冷超导材料的方法。