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    • 11. 发明授权
    • Vapor trap for supercooled rotor
    • 过冷转子的气阱
    • US4538417A
    • 1985-09-03
    • US502790
    • 1983-06-09
    • Phillip W. Eckels
    • Phillip W. Eckels
    • B01D8/00F17C7/02
    • B01D8/00Y10S505/892
    • A vapor trap is placed in fluid communication with the vapor exhaust pipe of a supercooled rotor between, and in fluid communication with, the helium reservoir of the supercooled rotor and the portion of the exhaust pipe which is in contact with the torque tube of the rotor. By preventing a reverse flow of heated helium gas through the exhaust pipe toward the helium reservoir, the vapor trap of the present invention improves the operation of the rotor's vapor pump. Operating in a manner similar to liquid traps, the present invention blocks the passage of heated helium vapor in a reverse direction and thus improves the overall operation of the supercooled rotor.
    • 蒸气阱与过冷转子的蒸汽排气管流体连通,该过冷却转子与过冷却转子的氦气储存器和与转子的转矩管接触的排气管的部分流体连通 。 通过防止加热的氦气通过排气管朝向氦储存器的逆流,本发明的蒸气阱改善了转子蒸气泵的运行。 以类似于液体阱的方式操作,本发明阻止加热的氦气蒸汽沿相反方向通过,从而改善过冷转子的总体操作。
    • 14. 发明授权
    • High-current cryogenic leads
    • 大电流低温引线
    • US4447670A
    • 1984-05-08
    • US367144
    • 1982-04-09
    • Phillip W. Eckels
    • Phillip W. Eckels
    • H01F6/06H01F5/08
    • H01F6/065Y10S505/885
    • A cryogenic lead is described which comprises a plurality of tubular conductors arranged in parallel association and connected to two conductive blocks. Each tubular conductor is a laminar assembly of an inner conductive sleeve and an outer sleeve which acts as a thermal mass to absorb heat from the inner sleeve during thermal perturbations. A fluid refrigerant is directed through the tubular conductors. Each tubular conductor has at least one flow restrictor disposed within its inner sleeve to reduce the relative effect of changes of refrigerant viscosity on pressure drop within the tubular conductor and to block the transmission of thermal radiation through the tubular conductor.
    • 描述了一种低温引线,其包括并联地布置并连接到两个导电块的多个管状导体。 每个管状导体是内部导电套筒和外套筒的层流组件,其作为热质量以在热扰动期间从内套筒吸收热量。 流体制冷剂被引导通过管状导体。 每个管状导体具有设置在其内套管内的至少一个限流器,以减少制冷剂粘度变化对管状导体内的压降的相对影响,并阻止通过管状导体的热辐射传递。