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Fission gas release from uranium-zirconium hydride fuel during heating to melting

机译:加热至熔化期间从铀-锆氢化物燃料释放的裂变气体

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Fission gas release and fuel expansion of irradiated uranium-zirconium hydride fuel were measured during fuel heating to melting. The first indication of melting occurred at approximately the uranium-cladding eutectic temperature, whereas complete melting took place at the U metal melting point. Fission gas release began with the onset of uranium-cladding melting and gradually increased with rising temperature. Two sharp peaks in the fission gas release were observed corresponding to the events of uranium-zirconium eutectic melting and uranium melting. The fractional release was much higher than that measured previously for fuel without cladding at comparable temperatures.
机译:在燃料加热至熔化期间,测量了辐照的铀-锆氢化物燃料的裂变气体释放和燃料膨胀。熔化的第一个迹象发生在大约铀包层的低共熔温度,而完全熔化发生在U金属熔点。裂变气体的释放开始于铀包层熔化的开始,并随着温度的升高而逐渐增加。观察到裂变气体释放的两个尖峰对应于铀-锆共晶熔化和铀熔化的事件。分数释放远高于先前在可比较温度下无包层的燃料所测得的分数。

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