获得了该填料的几何特性、流体力学性能及传质性能数据。
The data of geometric characteristics, hydrodynamic and mass transfer performance of packing were obtained.
矩形喷动床的流体力学性能及脱硫性能优于柱锥型喷动床。
Rectangular spouted bed had better hydrodynamics and desulfurization characteristic than conical-cylindric spouted bed.
至今，还未见液相粘度对塔板各项流体力学性能影响的系统研究报道。
Up to date, there isn't systematically report on effect of liquid viscosity on the tray hydraulic performance.
为分析箭的流体力学性能，进而完善射箭动作技术理论，对箭进行了水洞和风洞实验。
The water tunnel and wind tunnel test on arrow aims to make clear the hydrodynamics performance of arrows and to improve the technical know-how of archery movement.
综述了我国对新型垂直筛板塔的流体力学性能与传质性能的研究情况及取得的最新进展。
This paper summaries the fluid mechanics property and the research of mass transferred property, the advanced progress of the New VST (New Vertical Sieve tray Tower) in our country is also expounded.
对于气体搅拌的萃取过程，静态混合器的型式和规格对传质性能和流体力学性能的影响很大。
So the type and specifications for motionless mixer have a great influence on the mass transfer and fluid mechanics properties.
实验室测定结果表明，T0浮阀塔板与F1浮阀塔板相比有更好的流体力学性能和机械性能。
Experiment results from laboratory measurement showed that the T0 valve tray has better hydraulic properties and machinery properties in comparison with F1 valve tray.
对无导流管矩形喷动床与导流管矩形喷动床及柱锥形喷动床的流体力学性能和脱硫性能进行了对比。
Hydrodynamics and desulfurization characteristic were compared for rectangular draft tube spouted bed and rectangular spouted bed and conical-cylindric spouted bed.
本文对带折流板式填料塔的流体力学性能进行了探讨，介绍了实验情况，提出了压降和泛点气速的计算式。
This paper discusses fluid mechanics performance of packed tower with baffle, describes cases of experiment and presents computational equation for pressure drop drop and flooding velocity.
因此它也就拥有许多线型聚合物所不具备的性能特点：良好的流体力学性能、独特的粘度行为、多功能性、较好的溶解性等。
Therefore they also has the characteristic which many linear polymers do not have: good hydromechanics performance, unique viscosity behavior, multi-purpose and good solubility.
因此它也就拥有许多线型聚合物所不具备的性能特点：良好的流体力学性能、独特的粘度行为、多功能性、较好的溶解性等。
Therefore they also has the characteristic which many linear polymers do not have: good hydromechanics performance, unique viscosity behavior, multi-purpose and good solubility.
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