| 1. | Tower plate of floating valve
浮阀塔盘 |
| 2. | F1floating valve jb1118
F1型浮阀jb1118 |
| 3. | Cross type floating valve
十字型浮阀 |
| 4. | Cross flow cap tray
错流式浮阀塔盘 |
| 5. | Floating valve of a type
条型浮阀 |
| 6. | The results showed that the gas - liquid interfacial area of grv could be remarkably increased
通过实验证明该浮阀塔板的相界面积得到显著提高。 |
| 7. | This model was capable of comparing the effects of the different valve configurations on the interfacial area
该模型可用于比较不同浮阀结构对相界面积的影响。 |
| 8. | A mathematical model was proposed to compute the interfacial area on the valve tray
同时根据湍流液体中气泡变形与破碎的机理，建立了计算浮阀塔板相界面积的理论模型。 |
| 9. | The test was made on the compound tray , dual flow tray , sieve tray and valve tray for mass transfer efficiency with in - diameter 300 mm column using ethanoi and water system
在直径300mm的精馏塔内，以乙醇-水为介质，进行了复合塔板、穿流筛板、筛板和浮阀塔板的传质效率的研究。 |
| 10. | Abstract : the problem of structure design for valve tower was discussed . some new calculation method and formula was proposed . and simu lating calculation was carried out with practical examples
文摘:对浮阀塔的结构设计问题进行了讨论，提出了一些简化的计算公式，从而可以利用计算机进行辅助计算，并用实例进行了考核 |
