| 1. | The viscous force constantly drains eddy energy and limits the population of eddies .
粘性力不断消耗旋涡的能量，从而抑制着旋涡的繁殖。 |
| 2. | When viscous forces predominate the flow is proportional to the pressure drop across the element .
当粘滞力起主导作用时，流量当通过主要部分的压力降或正好。 |
| 3. | Viscous force of squeeze flow between two spherical particles with power - law fluid
圆球颗粒间有幂律流体时挤压流动的法向粘性力 |
| 4. | The surge force and viscous force is also included in the present hydrodynamic mathematical model
本数学模式亦涵盖了纵移力与黏性力。 |
| 5. | Act on the relevant forces including brownian force , dispersion force arising from the interaction potential , viscous forces and gravitation forces , nanoparticles would flocculate
纳米粒子在流体中受到重力、布朗力、相间阻力和粒子间作用势产生的分散力的作用，呈集聚状态。 |
| 6. | The results show that the squeeze viscous force decreases with the slip parameter increases , rigid region of the fluid increases with the slip parameter increases . when the slip parameter tends to infinite , the results of the squeeze viscous force reduce to the case of the squeeze flow of rigid - plastic solid between two parallel disks
结果表明，圆盘上的挤压力随着滑移参数的增加而减小，当流体全部处于流动状态时，即为圆盘挤压牛顿流体时的情况；当流体全部处于刚性状态时，即为圆盘挤压理想刚塑性介质时的情况。 |
