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中国物理学会期刊

液氢、液氘冲击压缩特性的理论计算

CSTR: 32037.14.aps.48.485

THEORETICAL CALCULATION OF THE HUGONIOT CURVES FOR LIQUID DEUTERIUM AND HYDROGEN

CSTR: 32037.14.aps.48.485
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  • 用液体微扰变分理论,计算了液氢,液氘冲击压缩曲线-计算结果与Nellis实验相一致-计算所得冲击温度比Holmes的实验值明显偏高-对冲击压缩曲线与实验一致,以及冲击温度的计算值明显偏高于实验结果的原因进行了分析-

     

    The shock-compression properties of liquid deuterium and hydrogen are studied by means of the variational fluid perturbation theory- The present theoretical results are in excellent agreement with RRY theory and Nellis'experimental data- The present calculation for the shock temperatures are higher than Holmes' experimental data, the reason for the apparent agreement of the pressures and for the higher shock tempratures are explained-

     

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