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THERMODYNAMIC PROPERTIES STATUS OF DEUTERIUM AND TRITIUM

机译:氘和氚的热力学性质状态

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Deuterium and tritium are seeing increased use in cryogenics as a fuel for nuclear fusion energy machines. The current Equation of State (EOS) for deuterium is based on work completed before the mid 1980's and tritium does not have an EOS available in the literature. In order to assess the need for new property correlations and experimental measurements, this paper presents a review and comparison of the available thermodynamic property measurements and models for deuterium and tritium. The comparisons extend a wide range of temperatures and pressures from the onset of solidification to the highest temperature and pressure measurements available. Based on the comparisons, recommendations for new experimental measurements and thermophysical property correlations are made.
机译:氘和氚看到低温使用的增加用作核聚变能源机器的燃料。氘的国家(EOS)的当前方程基于在1980年代中期之前完成的工作,并且氚在文献中没有可用的EOS。为了评估新的性质相关性和实验测量的需求,本文提出了可用热力学性能测量和氘和氚模型的审查和比较。比较延长了凝固的宽度范围的温度和压力,以获得最高温度和可用的压力测量。基于比较,制造新实验测量和热物理性质相关的建议。

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