By the aid of chemical thermodynamic computation, the main effect of various components in selected medium is analysed.
借助于化学热力学计算，分析盐浴渗钒过程中盐浴中各介质的主要作用。
Thermodynamic computation results showed that the specific work output of liquid nitrogen in the new cycle was 129% more than that in the single Rankine cycle.
计算结果表明，液氮在所设计的热力循环下的比输出功比采用单级朗肯循环提高了129%；
General motion low of back-pressure ports position is developed by solving thermodynamic model of compressor and carrying out dynamical computation.
通过求解压缩机热力学模型和进行动力计算，分析了背压孔的一般运动规律。
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