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    • 9. 发明申请
    • HEAT EXCHANGE SYSTEM AND METHOD WITH PASSIVE REGULATION OF THE AMOUNT OF HEAT REMOVED
    • 热交换系统和方法被动移除的热量调节
    • WO2015059672A1
    • 2015-04-30
    • PCT/IB2014065591
    • 2014-10-24
    • ANSALDO NUCLEARE SPA
    • ALEMBERTI ALESSANDROGREGORINI MARCOLIOCE DONATO
    • G21C15/18G21C1/03G21C1/06G21D1/02G21D3/06
    • G21C15/18F28D15/0266F28D15/06F28D2021/0054G21C1/03G21C1/06G21D1/02G21D3/06Y02E30/40
    • A thermal exchange system (1) with passive regulation of the amount of heat removed, in particular for a nuclear reactor, comprises an evaporating-condensing circuit (3), in which a condensable secondary fluid (4) circulates via which heat is removed from a primary fluid (2) by means of evaporation and subsequent condensation of the secondary fluid (4) in a main heat exchanger (11) and an auxiliary heat exchanger (12) respectively; and a passive regulation device (5), configured so as to passively regulate the thermal power removed by condensation by the auxiliary heat exchanger (12), matching it with the thermal power removed from the primary fluid (2) by means of incondensable gas injection into the evaporating- condensing circuit (3). A thermal exchange system (1) with passive regulation of the amount of heat removed, in particular for a nuclear reactor, comprises an evaporating-condensing circuit (3), in which a condensable secondary fluid (4) circulates via which heat is removed from a primary fluid (2) by means of evaporation and subsequent condensation of the secondary fluid (4) in a main heat exchanger (11) and an auxiliary heat exchanger (12) respectively; and a passive regulation device (5), configured so as to passively regulate the thermal power removed by condensation by the auxiliary heat exchanger (12), matching it with the thermal power removed from the primary fluid (2) by means of incondensable gas injection into the evaporating- condensing circuit (3).
    • 特别是对于核反应堆,特别是对于核反应堆,被动调节热量的热交换系统(1)包括蒸发冷凝回路(3),其中可冷凝的第二流体(4)循环通过热量从其中被除去 主流体(2)分别通过蒸发和随后的二次流体(4)在主热交换器(11)和辅助热交换器(12)中冷凝; 以及被动调节装置(5),其被配置为被动地调节通过辅助热交换器(12)的冷凝除去的热功率,使其与通过不可冷凝气体注入从主流体(2)移除的热功匹配 进入蒸发冷凝回路(3)。 特别是对于核反应堆,特别是对于核反应堆,被动调节热量的热交换系统(1)包括蒸发冷凝回路(3),其中可冷凝的第二流体(4)循环通过热量从其中被除去 主流体(2)分别通过蒸发和随后的二次流体(4)在主热交换器(11)和辅助热交换器(12)中冷凝; 以及被动调节装置(5),其被配置为被动地调节通过辅助热交换器(12)的冷凝除去的热功率,使其与通过不可冷凝气体注入从主流体(2)移除的热功匹配 进入蒸发冷凝回路(3)。
    • 10. 发明申请
    • RADIAL NEUTRON REFLECTOR
    • 径向中子反射镜
    • WO2013162662A3
    • 2013-12-19
    • PCT/US2013023584
    • 2013-01-29
    • BABCOCK & WILCOX MPOWER INC
    • WHITTEN ANDREW CEDWARDS MICHAEL JALES MATTHEW W
    • G21G4/02G21C1/06
    • G21C11/06G21C5/02G21F3/04Y02E30/40
    • A nuclear reactor core comprising fissile material is surrounded by a core former. The core former comprises one or more single-piece annular rings wherein each single-piece annular ring comprises neutron-reflecting material. In some embodiments the core former comprises a stack of two or more such single-piece annular rings. In some embodiments the stack of single-piece annular rings is self-supporting. In some embodiments the stack of single-piece annular rings does not include welds or fasteners securing adjacent single-piece annular rings together. A core basket may contain the nuclear reactor core and the core former, and in some embodiments an annular gap is defined between the core former and the core basket. In some embodiments the core former does not include welds and does not include fasteners.
    • 包含易裂变材料的核反应堆堆芯被堆芯成形器包围。 芯成形器包括一个或多个单件式圆环,其中每个单件式圆环包括中子反射材料。 在一些实施例中,芯成形器包括两个或更多个这种单件式圆环的堆叠。 在一些实施例中,单件式圆环的堆叠是自支撑的。 在一些实施例中,单件式圆环的堆叠不包括将相邻的单件式圆环固定在一起的焊接或紧固件。 核心篮可以容纳核反应堆堆芯和核心成形器,并且在一些实施例中,在核心成形器和核心筐之间限定环形间隙。 在一些实施例中,芯成形器不包括焊接并且不包括紧固件。