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.
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。
Potentiodynamic was used to measure the performance of the electro-catalysts for the oxygen electro-reduction.
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.
对原水浊度突变时的流动电流混凝投药自控系统的调节特性作了生产应用的研究和探讨。
In this paper, the controlling specific property of the coagulant dosage automatic control system by streaming current du ring the sudden change in water turbidity is studied and discussed.
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 US new streaming potential technology and its application in water treatment plant were introduced.
混凝剂具有多种溶液形态，每种形态对混凝过程的作用不同，因而对流动电流的影响也不同。
Coagulants have several solution forms in water, which effect on the coagulation processes with different manners, so their influence on streaming current is also different.
为了提高流动电流仪（SCM）对自来水浊度检测的精度，文章提出了一种基于神经网络数据融合技术的数据处理方法。
This paper gives a methodology based on data fusion and realized by artificial Neural Networks to improve the accuracy of SCM which is used to measure the degree of turbidity of water supplying.
电流会在打开的毛孔中流动，而神经细胞会发射一个个电脉冲。
The opened pore allows electrical current to flow, and the neuron fires an electrical impulse.
电流是由叫做电子的微粒流动而形成的。
Electric current is a flow of atomic particles called electrons.
把电离层和地面想象成电池的两极。用一根导线连接这两极的话，电流就会流动，然后就会产生火花。
Think of the ionosphere and the ground as the terminals on the battery and you put a wire between those two terminals and current flows, and literally you get a spark.
二极管是一种只允许电流单向流动的元件。
A diode is a device which only allows current to flow in one direction.
用电流产生磁场容易：当电流在金属线圈流动时，磁场也随之产生。
Creating a magnetic field using electricity is easy: an electric current flowing in a wire generates a magnetic field around that wire.
此时接上一条外线电路，电子便通过线路流动到p层。只要光束持续地撞击太阳能电池，就会有持续的电流。
An external circuit provides a path for the electrons to return to the p-type material, producing an electric current along the way that continues as long as light strikes the solar cell.
海洋混合是水流动荡的过程，电流重新分配热量，氮、碳和其他元素从一个水体转到另一个水体。
Ocean mixing is the process whereby turbulence and currents redistribute heat and bring nitrogen, carbon and other elements from one part of a body of water to another.
当由栅极施加的电流足够强的时候，电子会在源极和栅极之间进行流动。
When the current applied by the gate is high enough, electrons flow through the channel between the source and drain electrodes.
当没有电流流通时，电极之间的电压差驱动电子反方向流动。
When no electricity is delivered, a voltage difference between the electrodes drives a current in the other direction.
通过施加在芯片不同部分的电流控制液滴在芯片上的流动路径。
Instead, drops of liquid are moved around by applying electric charges to different parts of a chip.
电流会改变芯片表面的属性，以此在芯片表面产生让液滴流动的临时路径。
These charges change the chip’s surface properties, creating temporary channels that allow a drop to move from one part of the chip to another.
该小组发现，当一种电流顺时针流动时(测出0值)，另一种电流非常可能逆时针流动(测出1值)。
When one current flowed clockwise (measured as a 0), the team found, the other flowed counterclockwise (measured as a 1) with very high probability.
1831年，迈克尔·法拉第(Michael Faraday)发现，在一根电线内流动的电流会在邻近的一根电线内产生次级电流(secondarycurrent)。
Michael Faraday discovered in 1831 that an electric current flowing in a wire induces a secondary current in a neighbouring wire.
沿着一个方向流动的电流叫做直流电。
The current flowing in one direction is called direct current .
电流是每单位时间流动的电荷。
电流是每单位时间流动的电荷。
交流电与直流电的不同之处在于交流电不断地改变其电流流动方向。
Alternating current is different from direct current in that it constantly changes its direct of flow.
直流电是总是沿同一方向流动的电流。
A direct current is a current flowing always in the same direction.
电流在二极管中只朝单方向流动。
在充满氙气的灯柱中的两个电极之间进行火花放电将产生“电离气体管”，电流通过该管流动，从而导致气体发光。
A spark discharge between two electrodes produces an "ionised gas tube" in the xenon gas-filled lamp piston through which electric current flows which in turn causes the gas to light up.
泄漏电流将在此回路中流动，但是不影响测量。
A leakage current will flow around this loop, but won't affect the measurement.
请注意，由于采用了约定的电流方向，因此每个元件中的电流是沿着电压下降的方向流动。
Note that conventional current flow is used, hence the current in each element is shown in the direction of decreasing voltage.
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