| 1. | Adiabatic saturated temperature
绝热饱和温度 |
| 2. | The growth solution was adjacent to the most stability in virtue of the overheating time beyond 20 hours and overheating temperature beyond 15 * c of the saturation temperature of dkdp crystal growth solution
过热温度比饱和温度高15 ，过热时间达到20小时，溶液的稳定性接近最大。 |
| 3. | On the basis of that , this paper investigates the saturated temperature of hc600a - oil mixtures , condensation heat transfer and pressure drop characteristics in a horizontal micro - fin tube for it
在此基础上，对纯天然工质异丁烷( hc600a )与润滑油suniso3gs的混合物饱和温度、水平微肋管内凝结过程的传热及流阻特性进行了实验研究分析。 |
| 4. | Cdq series coal gas producer outlet spawning , lined set help water , stove inner every arrangement of ideas saturated temperature , upper material , get rid of grey system equal device voluntarily move round process middle , hooverize clouded or frosted imitation glass , safe reliable , operation convenient
Cdq系列煤气发生炉出口放散夹套补水炉内各层次饱和温度上料除灰系统均可装置自动运转过程中，可节约烧料，安全可靠，操作方便。 |
| 5. | 3 . in this paper , the heat transfer coefficients based on the two different saturated temperatures - one is the real saturated temperature of the mixture and the other is the saturated temperature of pure refrigerant corresponding to the tested pressure of the mixture - are compared and the results showed the latter is larger
3 、文中就所测实际饱和温度与所测压力对应纯工质的饱和温度这两种饱和温度定义下的冷凝平均换热系数进行了比较，发现后者大于前者。 |
| 6. | We make a theoretical analysis of the experimental results and draw some conclusions as follows : the saturated temperature r290 - oil mixture is higher than that of pure r290 at a same pressure . the temperature difference , which is called superheat temperature of refrigerant - oil mixtures , increases as the oil concentration and the vapor quality are increased at a certain saturated pressure and pressure has negligible effect on the superheat temperature of the mixture . ( oil concentration is 0 . 43 ? - 5 . 28 ? )
并根据实验结果进行理论计算，得出以下结论：天然制冷剂r290含油混合物的饱和温度高于相同压力下纯工质的饱和温度，这个温度差，也就是本文中提到的所谓制冷剂含油混合物的过热温度随混合物质量含气率、含油浓度的增加而增加，而饱和压力对过热温度的影响不大(含油率0 . 43 ? - 5 . 28 ? ) 。 |
| 7. | The conclusions reached are as follows : 1 . the saturated temperature of refrigerant - oil mixture is higher than that of pure refrigerant at a same pressure . the temperature difference , which is called superheat temperature of refrigerant - oil mixture , increases as the oil concentration and the vapor quality are increased at a certain saturated pressure and pressure has negligible effect on the superheat temperature of the mixture
得出以下结论： 1 、相同压力下，制冷剂hc600a含油混合物的饱和温度高于纯工质的饱和温度，这个温度差，在就是文中称为的制冷剂含油混合物的过热温度，它随混合物质量含汽率、含油浓度的增加而增加，而饱和压力对过热温度的影响不大。 |
| 8. | On the basis of the investigation on the related literatures of new refrigerants substitutes and new refrigerant oil , the in - tube evaporation of refrigerant and refrigerant - oil mixtures . this paper make a experimental research on the saturated temperature of propane ( r290 ) and lubricant oil ( suniso 3gs ) mixtures , evaporation heat transfer and pressure drop characteristics in a horizontal micro - fin tube
本论文在参考研究国内外有关制冷工质、替代制冷工质及其含润滑油混合物在水平管内流动沸腾换热研究现状的基础上，对丙烷( r290 )与润滑油suniso3gs的混合物的饱和温度、水平微肋管内流动沸腾换热及压降进行了实验研究与理论分析。 |
| 9. | On the basis of the investigation on the related literature of new refrigerant substitutes , the in - tube condensation of refrigerant and refrigerant - oil mixtures , this paper investigates the saturated temperature of hc290 - oil mixtures , condensation heat transfer and pressure drop characteristics in a horizontal micro - fin tube for it
本文在分析研究国内外有关替代工质、制冷工质及其含油混合物管内凝结性能研究现状的基础上，对纯天然工质丙烷( hc290 )与润滑油suniso3gs的混合物饱和温度、水平微肋管内凝结过程的传热及流阻特性进行了实验研究分析。 |
| 10. | The conclusions reached are as follows : ( 1 ) the saturated temperature of refrigerant - oil mixture is higher than that of pure refrigerant at a same pressure . the temperature difference , which is called superheat temperature of refrigerant - oil mixture , increases as the oil concentration and the vapor quality are increased at a certain saturated pressure and pressure has negligible effect on the superheat temperature of the mixture
得出以下结论： ( 1 )制冷剂hc290含油混合物的饱和温度高于相同压力下纯工质的饱和温度，这个温度差，也就是文中所谓的制冷剂含油混合物的过热温度随混合物质量含汽率、含油浓度的增加而增加，而饱和压力对过热温度的影响不大。 |
