| 1. | Removal of dissolved organic matter by chemical - biological flocculation process
化学生物絮凝工艺对溶解性有机物的去除特性 |
| 2. | Application of oxidation and flocculation process to papermaking wastewater treatment
氧化偶合絮凝法在处理造纸废水中的应用 |
| 3. | Study on enhanced treatment of polluted lake by high effective oxidation and flocculation process
高效氧化偶合絮凝法强化处理受污染湖水的研究 |
| 4. | Synergistic pollutant removal action in the pre - suspended carrier bed - chemical and biological flocculation process
前置悬浮填料床化学生物絮凝工艺对污染物的协同去除作用 |
| 5. | N . narkis and m , rebhum , " the mechanism of flocculation process in the presence of humic substances " , j . awwa , vol . 67 . no , 2 , 101 - 108 , 1975
戴日成、王占生， “对轻度污染与微污染水源水处理工艺的讨论” ， 《第三届给水深度处理研究会交流材料》 ，清华大学环境工程系， 1993年5月20日。 |
| 6. | Along with the science technology developing continuously and especially the computer technology getting perfect and popular , the request for the research and the application in flocculation processes improves
随着科学技术的不断发展，尤其是计算机技术的完善与普及，对絮凝过程的研究与应用的要求进一步深入。 |
| 7. | The definition of coagu - flocculation process on the view of microcosmic and its physical model are not only proved , but also are propitious to the further study of coagu - flocculation mechanism
对混凝过程亚微观角度上的定义及其物理模型的提出，不但得到了试验证明，而且更有利于今后我们对混凝机理进行更详尽的研究。 |
| 8. | The flocculation has a very important role in water treatment . the perfect degree in flocculation processes directly affect the treatment effect in the following treatment , such as sedimentation and filtration and so on
在给水处理中，混凝具有极其重要的作用，絮凝过程的完善程度，直接影响着后续处理如沉淀、过滤等工艺单元的处理效果。 |
| 9. | The flocculation morphology is an advanced subject that researchs flocculation processes from the reality sha pe and size of the colloid and the flocculating agent in the water , according to the reality structure of flocks
混凝形态学就是从水中胶体颗粒和所加混凝剂在水中的真实形状和大小，以及由它们形成的絮凝体真实结构出发来研究整个混凝过程的一门较高层次的学科。 |
| 10. | The pullulation of floes is a random process and it has nonlinear character . if the fragmentation of floes is not considered , the routine flocculation process is to form the small group from initial particle and the big group from small groups . finally the biggest group is formed from those big groups
由于絮凝体的成长是一个随机过程，具有非线性的特征，如果不考虑絮凝体破碎的话，常规的絮凝过程是由初始粒子结成小的集团，小的集团又结成大的集团，然后结成更大的集团，这样一步一步成长为粗大絮凝体。 |
