| 1. | In steady flow, mass flux is constant .
在稳定流动中，质量通量是恒定不变的。 |
| 2. | For incompressible fluids, both the mass flux and the volume flux are constant in a tube of flow .
对于不可压缩的流体来说，流管中的质量通量和体积通量都是恒定不变的。 |
| 3. | Mass flux distribution in system pipe of continuous reforming furnace
重整炉受热集合管网的流量分配 |
| 4. | The spatial and temporal distribution of the land - air energy and mass flux is complicate
地表与大气间能量与物质通量的时空分布较为复杂。 |
| 5. | Compaction of microporous membrane and its influence on the mass flux of membrane distillation
微孔膜的可压缩性及参数变化对膜蒸馏跨膜传质速率的影响 |
| 6. | For all the four cases the boundary conditions are exactly the same and the coolant mass flux per unit area in the region with holes on the plate is also the same
为了便于相互比较，各计算模型的边界条件完全相同，而且平板气膜孔区单位面积上冷气流量均相等。 |
| 7. | In low mass flux and high outlet quality conditions , experiments have been performed using vertical heated tube , cooled by water , to determine chf value for a uniformly heated section
针对低流量高含汽量工况，本论文试验在长度为2 . 1m ，管径为0 . 014m的均匀受热圆管中得到93组chf数据。 |
| 8. | The results shows that temperature in the porous dried layer varies - as a exponential discipline whose changing scope is determined by the mass flux and a linear distribution in temperature exists across the frozen layer
结果表明，多孔干燥层温度按指数规律变化，变化幅度取决于水汽流率，冻结层温度按线性分布，预测冻干时间与实际结果相符。 |
| 9. | 2 . the investigation on the condensation heat transfer characteristics in a horizontal micro - fin tube for hc600a - oil mixture shows : a . the condensation heat transfer coefficient of the mixture increases with the increasing of the mass flux
2 、关于hc600a含油混合物水平微肋管内的冷凝换热特性的研究表明：混合物微肋管内冷凝平均换热系数随着质量流率的增加而增加。 |
| 10. | ( 2 ) the investigation on the condensation heat transfer characteristics in a horizontal micro - fin tube for hc290 - oil mixture shows : a ) the condensation heat transfer coefficient of the mixture increases with the increasing of the mass flux
( 2 )关于hc290含油混合物水平微肋管内的冷凝换热特性的研究表明： a )随着质量流率的增加，混合物微肋管内冷凝平均换热系数增加。 |
