| 1. | Efe early fuel evaporation system
早期燃油蒸发系统 |
| 2. | Fes flash evaporator system
快速蒸发系统 |
| 3. | Evap evaporative system
燃油蒸发系统 |
| 4. | The multi - effect evaporation system ca n ' t be designed in order that both total area of heat conduction and consumption of vapor were least
不可设计一个多效蒸发系统，使总传热面积和加热蒸汽消耗量同时为最小，只能求得相对有效解。 |
| 5. | On the basis of the exergy analysis , exergy optimization of the evaporation system was carried out . the steam of the last effect was used for preheating the material liquid
在(火用)分析的基础上进行了碳酸钾三效降膜蒸发系统的(火用)优化。 |
| 6. | The matrix was introduced to optimize the total area of heat conduction . the relation between consumption of vapor and total area of heat conduction was given
引入矩阵概念，对三效降膜蒸发系统总传热面积进行优化，得到加热蒸汽消耗量与总传热面积之间的关系。 |
| 7. | A new design program for three - effect evaporation system of interleaving flow was educed . it provided a preferable base for the design of multi - effect evaporation system
本文编制了一套三效错流蒸发系统设计计算程序，对于多效错流蒸发系统的设计计算提供了较好的基础。 |
| 8. | With the collaboration of the elaborate evaporating system , the demonstration can perforate the decorated confidence of the concentrated audience without much illustration or frustration accurately
在精细的蒸发系统的帮助下，演示能不用任何插图或挫折就穿过全神贯注的观众们矫饰的自信。 |
| 9. | Through the design for three - effect falling - film evaporation system of interleaving flow , the exergy economic analysis of the evaporation system was carried out . the effect of exergy source was fully utilized
本文在对氯化铵回收的三效降膜蒸发系统错流操作流程设计的基础上，对系统进行(火用)经济分析，充分有效地发挥能源的作用，提高能源利用率。 |
| 10. | Basing on the exergy analysis of the evaporation system the links which losing exergy most was found . the external losing exergy mainly concentrated in the consumption of second - degree vapor . the internal losing exergy mainly caused by the difference in temperature of heat conduction and concentrated heat
在对蒸发系统(火用)分析基础上，找到系统(火用)损的主要环节，即二次蒸汽的消耗引起的外部(火用)损、有效传热温差和浓缩热引起的内部(火用)损。 |
