气浮过程中的界面相互作用

首先讨论了水体颗粒物的基本性质以及气泡的形成过程，而后对气液界面上胶体颗粒的吸附进行分析。其次讨论了气浮过程中，气泡与颗粒物之间的相互作用。对气泡与颗粒物之间的碰撞进行分析。结合紊流气浮的理论与应用，在气浮过程中的界面相互作用分析的基础上。设计了一种新型集成的溶气气浮水处理工艺，即逆流共聚气浮工艺，并对其运行情况进行了研究。探讨了其中的界面相互作用对气浮效果的影响，进一步与传统工艺进行了对比。

Interfacial interaction between the bubbles and particles in the flotation process

The basic properties of the suspended particles in water body and the bubble nucleation process was presented, then the adsorption of the particles on the stagnant gas/liquid interface was analyzed, the interaction between the suspended particles and bubbles during flotation process was discussed, and the collision models were compared. On the basis of turbulent flotation, a new kind of dissolved air flotation method name counter current co-flocculation flotation (CCC-FF) was put forward. The interfacial interactions in the CCC-FF reactor and their influence on the turbidity removal were analyzed, and the operational parameters of the reactor were optimized. Furthermore, the comparison between the conventional and CCC-FF water purification method was carried out.