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    • 6. 发明申请
    • Superconductivity magnet apparatus
    • 超导磁体装置
    • US20050134414A1
    • 2005-06-23
    • US10786012
    • 2004-02-26
    • Tsuyoshi WakudaKohji MakiMitsuyoshi TsuchiyaMichiya OkadaHideo TsukamotoSouji KajiuraShuichi Kido
    • Tsuyoshi WakudaKohji MakiMitsuyoshi TsuchiyaMichiya OkadaHideo TsukamotoSouji KajiuraShuichi Kido
    • G01R33/3815H01F1/00H01F6/00H01F6/06
    • H01F6/00H01F6/06
    • The present invention provides a superconductivity magnet apparatus for generating a uniform magnetic field suitable for NMR applications. The superconductivity magnet apparatus has an access port for allowing an access to the center of the magnetic field from an external position separated away from the center in a direction other than the axial direction of a split-type superconductivity electromagnet employed in the magnet apparatus. In the superconductivity magnet apparatus, a gap exists between first and second superconductivity coil blocks facing each other to form the split-type superconductivity electromagnet. To put it in detail, the access port allows an access to a measurement space at the center of the magnet by way of the gap. A configuration element of the magnet such as a coil bobbin is cut out for providing the access port. An area including a deficiency portion caused by the cutout portion or the like is filled up with a material having a relative magnetic permeability in the range 1.000 to 1.002 as an axis-symmetrical area. By using the material with a relative magnetic permeability in the range 1.000 to 1.002, the strength of an erroneously generated magnetic field can be reduced so that a magnet producing a uniform magnetic field can be provided.
    • 本发明提供一种用于产生适用于NMR应用的均匀磁场的超导磁体装置。 超导磁体装置具有用于允许从除了在磁体装置中使用的分型超导电磁体的轴向以外的方向从中心离开的外部位置进入磁场的中心的进入口。 在超导磁体装置中,在彼此相对的第一和第二超导线圈块之间存在间隙,形成分体型超导电磁体。 要详细说明,访问端口允许通过间隙访问磁体中心处的测量空间。 为了提供接入口,切断了诸如线圈骨架的磁体的配置元件。 由切口部等引起的包括缺陷部的区域被填充有相对磁导率在1.000〜1.002的范围内的材料作为轴对称区域。 通过使用相对磁导率在1.000〜1.002的范围内的材料,可以减小误产生的磁场的强度,从而可以提供产生均匀磁场的磁体。
    • 7. 发明授权
    • Superconductivity magnet apparatus
    • 超导磁体装置
    • US07049913B2
    • 2006-05-23
    • US10786012
    • 2004-02-26
    • Tsuyoshi WakudaKohji MakiMitsuyoshi TsuchiyaMichiya OkadaHideo TsukamotoSouji KajiuraShuichi Kido
    • Tsuyoshi WakudaKohji MakiMitsuyoshi TsuchiyaMichiya OkadaHideo TsukamotoSouji KajiuraShuichi Kido
    • H01F7/00
    • H01F6/00H01F6/06
    • The present invention provides a superconductivity magnet apparatus for generating a uniform magnetic field suitable for NMR applications. The superconductivity magnet apparatus has an access port for allowing an access to the center of the magnetic field from an external position separated away from the center in a direction other than the axial direction of a split-type superconductivity electromagnet employed in the magnet apparatus. In the superconductivity magnet apparatus, a gap exists between first and second superconductivity coil blocks facing each other to form the split-type superconductivity electromagnet. To put it in detail, the access port allows an access to a measurement space at the center of the magnet by way of the gap. A configuration element of the magnet such as a coil bobbin is cut out for providing the access port. An area including a deficiency portion caused by the cutout portion or the like is filled up with a material having a relative magnetic permeability in the range 1.000 to 1.002 as an axis-symmetrical area. By using the material with a relative magnetic permeability in the range 1.000 to 1.002, the strength of an erroneously generated magnetic field can be reduced so that a magnet producing a uniform magnetic field can be provided.
    • 本发明提供一种用于产生适用于NMR应用的均匀磁场的超导磁体装置。 超导磁体装置具有用于允许从除了在磁体装置中使用的分型超导电磁体的轴向以外的方向从中心离开的外部位置进入磁场的中心的进入口。 在超导磁体装置中,在彼此相对的第一和第二超导线圈块之间存在间隙,形成分体型超导电磁体。 要详细说明,访问端口允许通过间隙访问磁体中心处的测量空间。 为了提供接入口,切断了诸如线圈骨架的磁体的配置元件。 由切口部等引起的包括缺陷部的区域被填充有相对磁导率在1.000〜1.002的范围内的材料作为轴对称区域。 通过使用相对磁导率在1.000〜1.002的范围内的材料,可以减小误产生的磁场的强度,从而可以提供产生均匀磁场的磁体。
    • 10. 发明授权
    • Superconducting magnet system with quench protection circuit
    • 具有淬火保护电路的超导磁体系统
    • US07196883B2
    • 2007-03-27
    • US11443291
    • 2006-05-31
    • Mitsuyoshi TsuchiyaKazuhiro TakeuchiHideo TsukamotoTsuyoshi Wakuda
    • Mitsuyoshi TsuchiyaKazuhiro TakeuchiHideo TsukamotoTsuyoshi Wakuda
    • H02H7/00
    • H02H7/001Y02E40/68
    • A superconducting magnet system with a quench protection circuit includes a superconducting magnet having a plurality of series-connected superconducting coils, a persistent current switch connected in parallel with the superconducting coils, and first and second quench protection circuits connected in parallel with the superconducting coils and the persistent current switch. The first quench protection circuit includes anti-parallel diodes and parallelly connected resistive heaters and shunt resistors, and the resistive heaters and the shunt resistors are each connected in series with the diodes. The second quench protection circuit has a diode and a metal of copper connected with the diode, and a turn-on voltage of the diode in the second quench protection circuit is lower than a turn-on voltage of the diodes in the first quench protection circuit.
    • 具有骤冷保护电路的超导磁体包括具有多个串联超导线圈的超导磁体,与超导线圈并联连接的持续电流开关,以及与超导线圈并联连接的第一和第二骤冷保护电路, 持续电流开关。 第一个骤冷保护电路包括反并联二极管和并联电阻加热器和分流电阻,并且电阻加热器和分流电阻均与二极管串联。 第二骤冷保护电路具有与二极管连接的二极管和铜的金属,第二骤冷保护电路中的二极管的导通电压低于第一骤冷保护电路中的二极管的导通电压 。