| 1. | Study and determination of total heat transfer coefficient of offshore insulated pipeline
海底管道总传热系数的研究与确定 |
| 2. | The determination on total heat transfer coefficient of pipeline coated with foam thermal insulation
泡沫塑料保温管道总传热系数的确定 |
| 3. | Determining the total heat transfer coefficient for hot oil pipeline under the condition of low throughput
热油管道不饱和输送工况下总传热系数的取值 |
| 4. | The total heat transfer rate , including sensible and latent heats , and sensible heat factor are obtained by experiment
由实验结果发现，湿盘管有水凝结现象的发生。 |
| 5. | The results showed that the total heat transfer coefficient of petal - shaped finned tube oil - cooler with helical baffles was 4 ~ 5 times as large as that of smooth tube oil - cooler with segmental baffles at the same oil pressure drop
结果表明，在相同油压降下，螺旋隔板花瓣管油冷却器的总传热系数是弓形隔板光滑管油冷却器的4 ~ 5倍。 |
| 6. | The heat transfer and flow resistance performance of petal - shaped finned tube oil - cooler with helical baffles was studied , and compared the total heat transfer coefficient of petal - shaped fimed tube oil - cooler with helical baffles with that of smooth tube oil - cooler with segmental baffles
摘要研究了螺旋隔板花瓣管水冷壳管式油冷却器的传热和流阻性能，并与弓形隔板光滑管水冷壳管式油冷却器进行了性能对比。 |
| 7. | A new method measuring the toted heat transfer coefficient of refrigeration unit is presented on the base of theoretical analysis and verifying experiments , then the total heat transfer coefficient of refrigeration unit can be calculated out through the experiment data . an automatic measuring and controlling system for refrigerated containers is also presented
最后，深入分析了冷藏集装箱热工性能实验的检测标准和实验方法，并利用研制的温度数据采集系统对冷藏集装箱进行了气密性实验、漏热实验和制冷机组性能实验并对结果进行了分析。 |
| 8. | Using lithium bromide aqueous solution as liquid desiccant , adopting the total heat transfer rate and enthalpy efficiency to describe the combined heat and mass transfer performance and the moisture removal rate and regenerative efficiency to describe the mass transfer performance of the regenerator , explores the effect of air and desiccant inlet parameters on the regenerator performance by experiment , and compares the result obtained with those of other counter - flow configurations previously published
以溴化锂溶液为除湿剂，采用总换热量、全热效率描述再生器的热质交换总体效果，采用再生量、再生效率描述传质效果，实验测试了溶液和空气的进口参数对再生器性能的影响，并与逆流再生器的实验结果进行了比较。 |
