This paper describes the characteristics of fractal structure of bridging flocculated aggregates by using settling technique integrating with SEM photographs of Yellow-River sediment flocs.
本文采用沉降技术并结合黄河泥沙架桥絮凝体的电镜照片，对絮体分形特征进行了研究。
The different collision mechanisms and relations to fractal dimensions were shown in flotation processes with different relative sizes between flocs and micro-bubbles and their movement conditions.
絮体与微气泡间的相对尺度和流态的不同会有不同的碰撞机制，相应的动力学方程式与絮体的分形维数也有不同的关系。
This paper systemically introduces the fractal structure models, computer simulations and analysis methods of flocs in order to promote application of this technique.
本文对絮体的分形结构模型、絮体成长过程的计算机模拟方法和模拟结果的分析方法进行了系统的介绍，以期推动此项技术的应用研究。
CPAM with higher molecular weight formed the flocs with lower fractal dimension.
分子质量较大的CPAM形成的絮体分维相对较低。
CPAM with higher molecular weight formed the flocs with lower fractal dimension.
分子质量较大的CPAM形成的絮体分维相对较低。
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