In the present paper, one proposes an equation of state allowing to reasonably describe the behavior of the xenon/krypton mixtures, in any proportion, confined in the form of nanoscale bubbles in the UO₂ and MOX nuclear fuels. The temperature range covered by this equation lies between the room temperature and the fuel melting point. The equation of state, which was built based on molecular dynamics results obtained on a large density-composition-temperature range, could be easily implemented in the nuclear fuel performance codes.

中文翻译：

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限制在核燃料中的氙/ k混合物的状态方程

在本文中，提出了一种状态方程，可以合理地描述氙气/ rypto混合物以任意比例限制在UO ₂和MOX核燃料中的纳米气泡形式的行为。该方程式涵盖的温度范围介于室温和燃料熔点之间。基于在较大的密度-组成-温度范围内获得的分子动力学结果而建立的状态方程，可以很容易地在核燃料性能规范中实现。