由此可知，二氧化碳冷冻循环跨越超临界点区与次临界点区 工作，则称此二氧化碳循环为穿越临界循环(Transcritical Cycle)。因为二氧化碳的临界点温 度低 (约为31.1℃)，故在一般环境温度下，等压冷凝放热过程则会在超临界点区工作。
基于8个网页-相关网页
超临界循环 Supercritical Cycle
超超临界循环 USCSC
亚临界循环 Subcritical Cycle
超临界循环流化床锅炉 SCCFB
二氧化碳跨临界循环 CO2 transcritical cycle
跨临界循环 trans-critical cycle
临界循环次数 critical cycle number
超临界压力循环 supercritical pressure cycle ; supercritical cycle ; cycle supercritical pressure
钚再循环临界装置 plutonium recycle critical facility
此外由不同循环应力比下孔压时程曲线确定出临界循环应力比。
Furthermore, the critical cyclic stress ratio is determined according to the time history curves of pore water pressure under different cyclic stress ratios.
循环荷载作用下饱和软黏土存在临界循环应力比，通过孔压也可以确定其值大小。
There is critical cyclic stress ratio of soft clay under cyclic loading. The value of critical cyclic stress ratio can also be obtained by pore water pressure curves.
CO2在跨临界循环状态，气体冷却器中存在的温差大，更使它在热泵热水系统中得到了广泛的应用。
Underits trans-critical cycle, there appears a large temperature glide at the cooler rejection, which makes CO2 have a wide application in the water heater.
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