tapered bed

The synergy of the gravitational field with the other fields influences the mass transfer, heat transfer and affinity adsorption in the tapered bed, and the transfer directions depend upon the synergy results.

上流锥形床亲和层析在多场协同下，其传质、传热以及吸附反应相互影响，过程的最终传递方向将取决于各场之间综合作用的结果。

In order to recognize the flow characteristics in a tapered affinity adsorption bed, FLUENT software was used in numerical simulation for the liquid-solid two phases flow. A two-fluid model of the liquid-solid in the ( tapered) bed was established based on the theory of two-phase flow.

为了分析流体在上流锥形亲和层析床中的复杂流动情况，运用二相流理论建立了上流锥形床中液固二相流模型，对上流锥形床中的流动状况进行了数值模拟。

The research results reveal that the gravitational field can not be neglected in keeping non-equilibrium state of this system, which ensures the stabilization of the tapered bed and prevents from bed clogging.

分析结果表明：重力场的存在，维持了体系的非平衡状态、保证了锥形床的稳定操作，避免了柱子堵塞及压密化。

Analysis to Fields Synergy for the Affinity Chromatography in a Tapered Bed

锥形床亲和层析过程的场协同分析