由此产生的冷冰的气态氮被注入发动机汽缸（见图）。与此同时，乙二醇与水的混合物也注入其中，这种混合物是一种常温环境下的“传热液体”。
The resultant cold, gaseous nitrogen is now injected into the engine's cylinder (see diagram) along with a mixture of water and glycol, known as a heat-transfer liquid, that is at room temperature.
不同的排放环境压力下，低温液体与水之间的传热过程及特性会有所不同。
The process and characteristics of heat transfer between cryogenic liquid and water are different under different environment pressure.
分析了低温液体与水之间的传热过程及其特性。
The process and characteristics of heat transfer between cryogenic liquid and water were analyzed.
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