Besides, temperature dynamic profiles and the influences of different operation conditions on optimum cycle time and refrigeration power have been analyzed at all stages of one optimum cycle time.
此外，还考察系统在一个最优循环周期各个阶段的温度动态以及不同操作条件对最优循环时间和最优制冷功率的影响。
In these experiments, the ACAR cycle shows not only its ability to achieve low refrigeration temperature but also its great potential in utilizing low grade thermal energy as driving power.
实验结果的分析、比较表明，ACAR循环在利用低品位热源获得深度制冷方面具有良好的潜力。
Hot oil system, power plant, steam system, thermal power plant, natural gas supply system, water cycle system, refrigeration system and other industries.
热油系统、电站、蒸汽系统、热电厂、天然气供应系统、水循环系统、冷冻系统等行业。
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