用于最小化再氧化的方法包括至少当还原材料仍然浸渍在熔融电解质中时对还原材料施加电位。
The process for minimising reoxidation includes applying an electrical potential to reduced material at least while the reduced material remains immersed in the molten electrolyte.
其测量方法是将两个电极放在测试样品的表面，在电极之间施加一个电位差，并测量产生的电流。
It is measured by placing two electrodes on the surface of the test sample, applying a potential difference between them, and measuring the resulting current.
通过自制的冲击腐蚀磨损试验机，施加不同极化电位对高锰钢在矿浆介质中的冲击腐蚀磨损行为进行了试验研究。
Effect of polarization potential on the corrosion-wear behavior of high manganese steel in ore slurry was investigated by a self-made impact corrosive-wear tester.
借助动态电位扫描分别研究了电流与施加电压的关系，极限电流与氧浓度的关系。
The relations between voltage and oxygen concentration of limiting current were investigated by dynamic scan, respectively.
施加在所述促动器上的电位可根据在流体消耗电极内的更多更少流体的需求而变化。
The potential applied across the actuator can vary according to the need for more or less fluid in the fluid consuming electrode.
分压电路通过电阻分压对来自直流电源的直流输出电压进行分压，由此，施加与电极分别对应的直流输出电位。
The voltage dividing circuit USES the voltage dividing resistors to divide a DC output voltage from a DC power supply, thereby applying DC output potentials to the respective electrodes.
所施加的电位可为电池电位或调节的电位。
The applied potential can be the cell potential or an adjusted potential.
分析供热管道施加阴极保护的最小保护电位值，确定供、回水管同时施加阴极保护的方式。
Analysis the minimum protection potential value on heat-supply pipeline imposing cathodic protection, determine the pattern of water supply and return pipe imposing cathodic protection.
使端部的两个电极（11、12）的电位相等，并在中间电极 （13）与端部电极（11、12）之间施加电压。
Potentials of two electrodes (11, 12) at two ends are equaled and voltage is applied between the intermediate electrode (13) and the end electrodes (11, 12).
该阀通过促动器来操作，促动器对施加在所述促动器上的电位变化作出响应(例如通过变形)，以便打开或关闭所述阀。
It is operated by an actuator that responds (e. g., by deforming) to changes in a potential applied across the actuator to open or close the valve.
现在在该压电元件(102)的一个第二电极(113)上施加了该充电电位。
The charge potential is then applied to a second electrode (113) of the piezoelectric element (102).
在其他步骤中把该第二电极(113)与该工作电位断开并且把该地电位(120)施加到该第二电极上。
In further steps, the second electrode (113) is disconnected from the load potential, and the ground potential (120) is applied to the second electrode.
当向电极上施加一电位时，电化学发光供体将能量转移给量子点受体，产生高效的电化学发光共振能量转移。
When a potential was applied to the electrode, the electrochemical donors transferred energy to the QD acceptors, producing efficient ECRET.
当向电极上施加一电位时，电化学发光供体将能量转移给量子点受体，产生高效的电化学发光共振能量转移。
When a potential was applied to the electrode, the electrochemical donors transferred energy to the QD acceptors, producing efficient ECRET.
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