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Emergency methods and systems for on-site disposal and containment of nuclear material in nuclear power plants

机译:核电厂现场处置和控制核材料的应急方法和系统

摘要

The system and method (10) for safely isolating radioactive material (M) in an emergency situation includes a borehole (20) located in close proximity and at a depth sufficient for safe isolation of the material (M). In one embodiment, no external power supply is required. In another embodiment, a full casing bore hole (20) with a barrier on the bottom (25) is used to form a dry hole that can safely isolate hot material (M) without the risk of causing a steam explosion. To do. In the embodiment used for the isolation of contaminated water (W), the borehole casing (21) is perforated and the perforation (23) intersects a permeable area where water (W) can flow easily. In yet another embodiment, the gravitational crack is located at the bottom end (25) of the borehole (20) and the radioactive material (M) enters the gravitational crack. The dense slurry or fluid can be mixed with the radioactive material (M) to form and expand gravity cracks upon disposal of the radioactive material (M).
机译:用于在紧急情况下安全地隔离放射性物质(M)的系统和方法(10)包括一个钻孔(20),其紧邻且深度足以安全隔离该物质(M)。在一实施例中,不需要外部电源。在另一个实施例中,在底部(25)上具有屏障的全套管钻孔(20)用于形成干燥孔,该干燥孔可以安全地隔离热的材料(M)而没有引起蒸汽爆炸的危险。去做。在用于隔离污水(W)的实施例中,钻孔套管(21)被穿孔,并且穿孔(23)与水(W)可以容易流动的渗透区域相交。在又一个实施例中,重力裂纹位于钻孔(20)的底端(25),并且放射性材料(M)进入重力裂纹。致密的浆料或流体可以与放射性物质(M)混合,以在处置放射性物质(M)时形成并扩展重力裂纹。

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