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    • 2. 发明授权
    • Superconducting device
    • 超导装置
    • US08315679B2
    • 2012-11-20
    • US12920160
    • 2009-03-11
    • Stephen M. HusbandPhilip M. SargentArchie M. CampbellTim A. Coombs
    • Stephen M. HusbandPhilip M. SargentArchie M. CampbellTim A. Coombs
    • H01L39/24
    • H01F6/04
    • A superconducting device comprises a vacuum chamber and means to evacuate the vacuum chamber. A base plate is provided within the vacuum chamber and first, second and third cylindrical walls extend from the base plate. The second and third cylindrical walls are arranged coaxial with the first cylindrical wall. A first chamber is defined between the first cylindrical wall and the second cylindrical wall, a second chamber is defined between the second cylindrical wall and the third cylindrical wall and a third chamber is defined within the third cylindrical wall. A superconducting wire is arranged within the second chamber and a cryogenic insulating material is arranged within the second chamber to encapsulate the superconducting wire. A material having a high specific heat capacity is arranged within the first chamber and there are means to cool the base plate.
    • 超导装置包括真空室和抽真空室的装置。 底板设置在真空室内,第一,第二和第三圆柱形壁从基板延伸。 第二和第三圆柱形壁与第一圆柱形壁同轴设置。 在第一圆柱形壁和第二圆柱形壁之间限定第一腔室,第二腔室限定在第二圆柱形壁与第三圆柱形壁之间,第三腔限定在第三圆柱形壁内。 超导线布置在第二腔室内,低温绝缘材料布置在第二腔室内以封装超导线材。 具有高比热容的材料布置在第一室内,并且存在冷却基板的装置。
    • 4. 发明申请
    • SUPERCONDUCTING DEVICE
    • 超级设备
    • US20110003696A1
    • 2011-01-06
    • US12920160
    • 2009-03-11
    • Stephen M. HusbandPhilip M. SargentArchie M. CampbellTim A. Coombs
    • Stephen M. HusbandPhilip M. SargentArchie M. CampbellTim A. Coombs
    • H01L39/02
    • H01F6/04
    • A superconducting device comprises a vacuum chamber and means to evacuate the vacuum chamber. A base plate is provided within the vacuum chamber and first, second and third cylindrical walls extend from the base plate. The second and third cylindrical walls are arranged coaxial with the first cylindrical wall. A first chamber is defined between the first cylindrical wall and the second cylindrical wall, a second chamber is defined between the second cylindrical wall and the third cylindrical wall and a third chamber is defined within the third cylindrical wall. A superconducting wire is arranged within the second chamber and a cryogenic insulating material is arranged within the second chamber to encapsulate the superconducting wire. A material having a high specific heat capacity is arranged within the first chamber and there are means to cool the base plate.
    • 超导装置包括真空室和抽真空室的装置。 底板设置在真空室内,第一,第二和第三圆柱形壁从基板延伸。 第二和第三圆柱形壁与第一圆柱形壁同轴设置。 在第一圆柱形壁和第二圆柱形壁之间限定第一腔室,第二腔室限定在第二圆柱形壁与第三圆柱形壁之间,第三腔限定在第三圆柱形壁内。 超导线布置在第二腔室内,低温绝缘材料布置在第二腔室内以封装超导线材。 具有高比热容的材料布置在第一室内,并且存在冷却基板的装置。
    • 5. 发明授权
    • Fault current limiter
    • 故障限流器
    • US07522393B2
    • 2009-04-21
    • US11600147
    • 2006-11-16
    • Philip M Sargent
    • Philip M Sargent
    • H02H7/00H02H9/00
    • H01L39/16
    • A conductor element for a superconducting FCL has an elongate superconducting element 18 surrounded by bodies 26a, 26b, which form a thermal mass around the element 18. The thermal mass is in thermal connection with a cooling system, such as a cryogenic system. The bodies 26a, 26b are solid, for example copper. The thermal mass maintains even temperature along the element 18, to improve fault response and recovery. Cooling functions are provided externally of the conductor element and may be by means of conventional cryogenic cooling systems. The element is free of cryogens and robust.
    • 用于超导FCL的导体元件具有被主体26a,26b包围的细长超导元件18,其由元件18周围形成热质量。热质量与诸如低温系统的冷却系统热连接。 主体26a,26b是固体,例如铜。 热质量沿着元件18维持均匀的温度,以改善故障响应和恢复。 冷却功能在导体元件的外部提供,并且可以通过常规的低温冷却系统。 该元素没有冷冻剂和健壮。