| 1. | The study on the mechanism of draw - interfacial phase separate micro - void was carried out
首先对相界面分离成孔机理作了探讨。 |
| 2. | 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。 |
| 3. | Molecular dynamics simulation of atomic configurations at interface in ni - based single - crystalline superalloys
相界面上原子构型的分子动力学研究 |
| 4. | The research trends in this field was also presented based on its present state
最后根据目前研究现状提出了近期微生物矿物多相界面作用的研究趋势。 |
| 5. | Secondly , the bonding between ni and ceramic were investigated through vacuum welding technique
其次，采用真空焊接技术研究金属相与陶瓷相界面结合状况。 |
| 6. | 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。 |
| 7. | 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。 |
| 8. | The study showed that the memory effect of water flux of pan / pu hollow fiber membranes was tightly related to interfacial phase micro - void
结果表明水通量的记忆效应与相界面微孔密切相关。 |
| 9. | The study showed that the pan / pu hollow fiber membranes were successfully fabricated the technic of draw - interfacial phase separate micro - void
研究表明通过拉伸相界面分离致孔技术可以制得pan pu中空纤维膜。 |
| 10. | The composition in different phase interface is continuous variety , consequently formation the multi - phase composites with vague interface was formed
各相界面处成分呈连续过渡变化趋势，构筑了具有模糊界面特征的多相复合体。 |
