The results show that the efficiency of exergy utilization of this cycle is much superior to that of the Rankine cycle at the same border conditions of both heat and cooling sources.
结果表明，在相同的热源和冷源边界条件下，这一循环的利用效率远高于水蒸汽朗肯循环。
The results show that the efficiency of exergy utilization of this cycle is much superior to that of the Rankine cycle at the same border conditions of both heat and…
结果表明，在相同的热源和冷源边界条件下，这一循环的利用效率远高于水蒸汽朗肯循环。
The results show that the efficiency of exergy utilization of this cycle is much superior to that of the Rankine cycle at the same border conditions of both heat and…
结果表明，在相同的热源和冷源边界条件下，这一循环的利用效率远高于水蒸汽朗肯循环。
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