| 1. | A new auto - cascade refrigerating cycle
自复叠制冷循环的研究状况 |
| 2. | Optimum mathematical model for calculating intermediate pressure in two - stage libr refrigerating cycle
双级溴化锂制冷循环中间压力优化计算数学模型 |
| 3. | Performance study on r600a co2 auto - cascade refrigerating cycle with one - step dephlegmation and two - step dephlegmation
2一级分凝和二级分凝自复叠制冷循环的性能研究 |
| 4. | Comparing this cycle with the evaporation compression refrigerating cycle , the new cycle has more high coefficient of performance ( cop ) under the same condition
该循环与现在冰箱中所采用的蒸气压缩式制冷循环相比较，在条件相同的情况下具有较高的性能系数。 |
| 5. | This thesis regards micro - vortex - tube as the research object , explaining the refrigeration characteristics of air and humid air , and introducing the mixing working medium refrigerating cycle
本文以微型涡流管为研究对象，阐述了空气以及湿空气制冷特性，并且介绍了混合工质制冷循环。 |
| 6. | The new refrigerating cycle gives a new thinking for refrigerating industry and contribute to the cfcs alternatives . the paper illustrates thoroughly how to establish the model of physics and math , how to chose the working fluid and calculate its thermal - physical quality etc
本文对新型循环的物理模型、数学模型的建立、工质的选取及工质热物性的计算、新型循环的热力计算作了详尽的说明。 |
| 7. | Simultaneously how to reduce the quantity consumed by the system of refrigerating is also a forward question for study in thermal - physical engineering . at the basis of analyzing thoroughly the stirling - cycle , the thesis puts forward a new refrigerating cycle in house - hold refrigerator , which adopts the two - state , two - component working fluid
本文在对stirling循环深入分析的基础上，利用其定温吸热、放热的优点，同时采用相变工质作为制冷剂，利用其在低温下气化吸热制冷单位质量工质的制冷量大的特点，提出了采用双相双组份工作介质的新型家用冰箱的制冷循环。 |
