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    • 1. 发明授权
    • Method of making ZrH fuel element
    • 制造ZrH燃料元素的方法
    • US4071587A
    • 1978-01-31
    • US616584
    • 1975-09-25
    • George H. Eggers
    • George H. Eggers
    • G21C21/02G21C21/00
    • G21C21/02
    • A method of making a nuclear fuel element for a fission reactor. A solid body of an alloy of zirconium and nuclear fuel metal is exposed to hydrogen at an elevated temperature to hydride the zirconium. The hydrided alloy is exposed to oxygen at a lower temperature to form a continuous oxide layer about its exterior surface and is employed in a gastight container as a fuel element. The hydrided alloy may be exposed to oxygen at a temperature of at least about 300.degree. C. prior to its enclosure in the container, or the hydrided alloy may be enclosed in the container together with a quantity of an oxygen-providing material, such as CO.sub.2 or H.sub.2 O, sufficient to oxidize its exterior surface when the fuel element is raised to an elevated temperature.
    • 制造裂变反应堆核燃料元件的方法。 锆和核燃料金属的合金的固体在升高的温度下暴露于氢气以氢化锆。 氢化合金在较低温度下暴露于氧气以在其外表面周围形成连续的氧化物层,并且用作气体容器中的燃料元件。 氢化合金在其封闭在容器中之前可以在至少约300℃的温度下暴露于氧气,或者将氢化合金与一定数量的供氧材料一起封闭在容器中,例如 CO 2或H 2 O,当燃料元件升高到高温时足以氧化其外表面。