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    • 6. 发明授权
    • Gas cooled high temperature reactor charged with spherical fuel elements
    • 装有球形燃料元件的气冷高温反应器
    • US4778646A
    • 1988-10-18
    • US760414
    • 1985-07-30
    • Claus ElterJurgen RautenbergJosef SchoeningWilfried Stracke
    • Claus ElterJurgen RautenbergJosef SchoeningWilfried Stracke
    • G21C1/12G21C1/07G21C1/24G21C19/20G21C19/28
    • G21C19/207G21C1/07Y02E30/36
    • The invention relates to a gas cooled high temperature reactor located in the cavity of a pressure vessel, with spherical fuel elements, and removal apparatus for fuel elements. The latter is made of at least one ceramic pebble outlet tube extending through the graphite structural parts of the nuclear reactor (bottom reflector, bottom layers) and a number of metal pebble outlet tubes installed through the bottom of the pressure vessel. They are arranged coaxially in the liner of the passage through the vessel. To be able to dismantle the metal pebble outlet tubes, they are constructed of several releasably interconnected tube segments. Between the uppermost tube segment and the corresponding ceramic pebble outlet tube a compensating tube is provided and connected with the tube segment by means of a sliding joint. The other end of the compensating tube is fastened to the thermal bottom shield. Relative movements caused by the thermal expansion of the bottom shield and the pebble outlet tubes are compensated by the slide joints. Simultaneously, the necessary tight sealing is assured.
    • 本发明涉及一种位于压力容器空腔中的气体冷却式高温反应器,其具有球形燃料元件和用于燃料元件的去除装置。 后者由延伸穿过核反应堆(底部反射器,底层)的石墨结构部分和穿过压力容器底部安装的多个金属卵石出口管的至少一个陶瓷卵石出口管制成。 它们同轴地布置在通过容器的通道的衬里中。 为了能够拆卸金属卵石出口管,它们由几个可释放地连接的管段构成。 在最上管段和相应的陶瓷卵石出口管之间,通过滑动接头提供并与管段连接的补偿管。 补偿管的另一端固定在热底盖上。 由底板和卵石出口管的热膨胀引起的相对运动由滑动接头补偿。 同时,确保必要的紧密密封。
    • 7. 发明授权
    • Nuclear reactor installation
    • 核反应堆安装
    • US4743424A
    • 1988-05-10
    • US914535
    • 1986-10-01
    • Claus ElterJosef SchoeningWinfried WachholzUlrich Weicht
    • Claus ElterJosef SchoeningWinfried WachholzUlrich Weicht
    • G21C1/24G21C1/07G21C7/12G21C13/02G21C15/18
    • G21C1/07Y02E30/36
    • A nuclear reactor installation with a high temperture, gas cooled nuclear reactor supported in a cavity on a segmented bottom plate held by a centered point of fixation. The first heat exchangers of the primary circulation loop are arranged in the cavity around the nuclear reactor, with the associated first blowers being supported in first passages of the pressure vessel roof. The second heat exchanger for the removal of the decay heat are arranged similarly, with the associated second blowers located in passages of the pressure vessel bottom. The blowers are equipped with contactless magnetic bearings for the rotors. The drives of the core rods and the reflector rods are designed for a banking operation. Simultaneously, the side reflector is supported by means of radial supports on the thermal side shield elastically and secured against rotation. The measures described provide a simplified configuration without affecting safety.
    • 一个具有高温,气体冷却的核反应堆的核反应堆装置支撑在由中心固定点固定的分段底板上的空腔中。 主循环回路的第一热交换器布置在核反应堆周围的空腔中,相关联的第一鼓风机被支撑在压力容器屋顶的第一通道中。 用于去除腐蚀热的第二热交换器被类似地布置,其中相关联的第二鼓风机位于压力容器底部的通道中。 鼓风机配有用于转子的非接触式磁轴承。 芯棒和反射棒的驱动器设计用于银行操作。 同时,侧反射器通过径向支撑件被弹性地支撑在热侧屏蔽上并且被抵抗旋转。 所描述的措施提供了简化的配置,而不影响安全性。
    • 9. 发明授权
    • Drive for an absorber rod of a nuclear reactor
    • 驱动一个核反应堆的吸收杆
    • US4349507A
    • 1982-09-14
    • US159862
    • 1980-06-16
    • Josef SchoeningClaus ElterHermann Schmitt
    • Josef SchoeningClaus ElterHermann Schmitt
    • G21C7/16
    • G21C7/16G21Y2002/50G21Y2004/30Y02E30/39
    • The drive for an absorber rod for a nuclear reactor has a drive piston guided in a cylinder combined with the absorber rod forming an absorber unit. In order to compensate the forces exerted by the medium of the pressure vessel on the absorber unit and tending to pressure the absorber rod axially outward, an equalizing surface is arranged in the absorber unit. The equalizing surface is exposed on one side to the medium of the pressure vessel and/or the cooling medium of the absorber rod, so that an equalizing force is acting on the absorber unit. In the event of a failure of the drive medium acting on the drive piston of the absorber unit or during fluctuations and changes of the internal pressure in the pressure vessel, the absorber unit remains in its existing position, i.e. no unintentional withdrawal of the absorber rod from the pressure vessel takes place.
    • 用于核反应堆的吸收杆的驱动器具有在与吸收器杆组合的气缸中引导的驱动活塞,形成吸收器单元。 为了补偿由压力容器的介质施加在吸收器单元上并且倾向于将吸收器杆轴向向外挤压的力,平衡表面设置在吸收器单元中。 平衡表面在一侧暴露于压力容器的介质和/或吸收杆的冷却介质,使得均衡力作用在吸收器单元上。 在作用在吸收器单元的驱动活塞上的驱动介质发生故障或在压力容器内的内部压力波动和变化的情况下,吸收器单元保持在其现有位置,即,不会意外地将吸收器杆 从压力容器发生。