1.The parameter influences of subcooling, heat flux and inner diameter were considered to understand the possible physical mechanisms.
从过冷度、热流与管径等条件和变化，初步探讨了可能的物理机制，以确定沸腾驱动性能。
2.Analysis of Energy-saving Effect on Refrigerant Subcooling for Increasing Cooling System Efficiency
过冷却技术提高制冷效率的节能效果浅析
3.Research and analysis of the new cycle with super-subcooling single stage ammonia compression refrigeration system
带过冷的氨单级压缩制冷系统新流程的分析研究
4.Study on Subcooling and Energy Saving in Two Stage Compression Cycle
双级压缩制冷循环的过冷与节能
5.A Study on Subcooling Boiling in a Heated Tube during Vertically Down Flowing
垂直下降流动管内过冷沸腾的实验研究
6.Study on application of subcooling films in infrared stealth technology
过冷降膜在红外隐身中的应用研究
7.Elimination of subcooling degree of water freezing in ice storage systems
降低蓄冰装置水结冰过冷度的试验研究