...的指示剂测定胶体电荷 加药量:D=k1A+k2Cn A:碱度,C:胶体电荷,k1,k2,n 经验系数 c)流动电流(Streaming Current Detector):间接反应ζ 电位,可以直接在线测量,控制加 药量 3.2.4 流动电流混凝控制 流动电流是表征水中胶体杂质表面电荷特性的一项重要...
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Through a lot of experiments, we obtained the streaming current and fractal dimension of aluminum sulfate and PAC on different hydraulic condition or different dosage.
并设计了大量实验,分别对硫酸铝和聚合氯化铝(PAC)絮凝剂,在变化水力条件和投药量的基础上分析了絮凝过程中的流动电流值和絮体分形维数变化规律。
参考来源 - 铝盐絮凝剂絮体形态特性研究·2,447,543篇论文数据,部分数据来源于NoteExpress
我们应该知道,在水中重要的是确保流动电流,而不是电压。
We should know, that in water it is important to ensure the flow of electric current and not voltage.
以流动电流为参数,研究了水处理条件下氧化还原过程的电动化学特性。
Taking streaming current SO as the essential parameter, this paper focuses on the electrokinetic chemistry characteristics of oxidation and reduction process in water treatment condition.
分析了流动电流检测技术存在的问题,介绍了美国新型游动电位技术及其在水厂的应用。
The problems existing in streaming current detection technology were analyzed. The US new streaming potential technology and its application in water treatment plant were introduced.
Because there are ions moving back and forth, there's a current that flows and there's a electrical potential that's generated.
由于离子的进进出出,就产生了电流流动,并且形成了电势差
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