floc

In this paper , preliminary study on floc structure is also reported .

本实验还通过显微摄像对絮体结构作了初步的分析，发现在不同的混凝机理作用下所形成的絮体结构有较大的区别。

Further , a kinetic model described this floc growth was proposed .

研究了微量供氧条件下该絮凝颗粒酵母均匀悬浮体系的生长动力学，获得了描述其生长规律的模型方程。

Study on Impact of Dynamic Distribution of Floc Particles on Flocculation Efficiency in Water

水中絮体颗粒动态分布特征对絮凝效果影响研究

The Research of Forming Process of the Activated Sludge Floc

活性污泥凝絮体的形成过程研究

Study on the floc formation and settling time in coagu-flocculation process

混凝过程絮体开始形成和开始沉降时间研究

Continuous Monitoring and Analysis of Floc Properties in Suspensions

透光率脉动检测技术对絮凝过程的连续监测和分析

The manufacture of the radio 3D simulation system A Study on the Simulation of Fractal Floc Structure

电台3D仿真模拟系统的设计应用絮凝体分形仿真模拟

Influence of chitosan coagulation aid on floc form and strength

壳聚糖助凝对三氯化铁絮体形态和强度的影响

Study on the Floc Size Distribution in a Dynamic Flocculator

动态混合絮凝器内絮团粒度分布的研究

Study of Floc Characteristics of Reed Stock with the Pulp Flocculation Detecting Technique

纸浆絮聚检测技术在苇浆絮聚特性研究中的应用

Consideration on the Morphology and Floc Structure of the Yellow River Silt

黄河泥沙的絮凝形态学和絮体构造模型问题

Ultrasonic processing time is longer , the sludge floc structure destroyed were more obvious .

超声处理时间越长，污泥的絮体结构被破坏程度越明显。

Study on Physical and Fractal Structure Charateristics of Floc Sludge and Granular Sludge

颗粒污泥和絮状污泥物理性质与分形特征研究

The structure of activated sludge floc was further explored .

在此基础上探讨了絮凝体的结构。

The floc formed has better sedimentation property , and easily be separated from water .

并且产生的絮状物沉降性能好，容易从水中分离出来。

Study on the Method of Floc Strength Evaluation and Characteristics of Al-Humic Floc Strength

絮凝体强度分析方法建立及腐殖酸絮凝体强度特征研究

The floc diameter and density was controlled by transition zone of the turbulent flow ;

湍流过渡区控制絮体的成长尺度和密度；

Study on Fast Test Method for Floc of Clear Carbonated Beverage and Floc Removing

澄清型碳酸饮料中絮凝物的快速测定及去除研究

The way to influence the concrete strength is floc and arborization formed in concrete .

影响混凝土强度的方式是在混凝土中形成絮状集合体和树枝状细脉。

Fractal Structure and Physicochemical Characteristics Analysis of Aerobic Sludge Floc in A ~ 2 / O Process

A~2/O工艺中好氧污泥絮体的分形结构与理化特征分析

Sludge management and floc structure

污泥性质、胶羽结构与处置

Effects of Fe (ⅲ) on floc surface properties and bioflocculation of activated sludge

Fe（Ⅲ）对活性污泥絮体结构和生物絮凝作用的影响

The results showed that Al-humic floc size followed a lognormal distribution .

结果表明，腐植酸絮体的粒径呈现对数正态分布。

Study on the floc size and structure of cationic organic polymers by using small-angle laser light scattering

利用小角度激光光散射研究阳离子有机高分子絮凝剂的絮体粒径和絮体结构

The bubble number is so enough for the large floc , so the coagulation is not important .

对于大絮体，由于气泡、絮体的数量比已远超过了要求，因此合适的絮凝程度显得并不重要。

To gain a good settleability , good activated sludge floc must be formed first of all .

要得到良好的沉降性能，首先要形成良好的活性污泥絮凝体。

Floc properties may be described by properties as floc strength , specific surface area , surface potential and surface energy .

絮凝物可以通过絮凝物强度，具体表面，表面潜力和表面能量来描述。

Preliminary study on the critical criterion for distinguishing floc sedimentation and gel-like network sedimentation

粘性细颗粒泥沙絮团发育与絮网发育临界判据的初步研究

A STUDY ON PELLET COAGULATION PRQCESS (ⅱ) & Dynamic Analysis of pellet Floc Formation Process

结团凝聚工艺的研究（二）&结团絮凝体形成过程的动力分析

Therefore , morphological characteristics and strength of the floc are very important factors in the process of liquid-solid separation .

因此，絮凝体的形态学特征和强度是固液分离技术中重要的影响因素。