By analyzing the volume mass-transfercoefficient, the optimal operating flow-ratio and packed density were obtained.
通过考察体积传质系数，确定了纤维液膜萃取分离器的最佳填充密度和最佳流量比。
2
The masstransfercoefficient was higher for the big porosity membrane than for the small porosity one at same experiment condition.
同一传质体系，在相同流动条件下孔隙率大的膜的传质系数大于孔隙率小的膜的传质系数。
3
Using on-line monitoring technology, effect of the nozzle diameters on, liquid volume masstransfercoefficient, and its axial distribution were studied.