分析了紧急情况下储罐内发生的热力学过程，建立了水下排放液氧和气氧过程的数学物理模型。
Analyse thermodynamic process in liquefied oxygen tank under emergency, establish mathematic-physical mode of underwater discharging of liquefied oxygen and vaporized oxygen.
分析了紧急情况下储罐内发生的热力学过程，建立了水下排放液氧和气氧过程的数学物理模型。
Analyse thermodynamic process in liquefied oxygen tank under emergency, establish mathematic-physical mode of underwater discharging of liquefied oxygen and vaporized oxygen.
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