the absolute value of graphite electrode potential increases with inorganic salt concentration;

石墨电极电位是随着无机盐浓度的增加电位绝对值变大；

this kind of electrode potential can be readily calculated on the base of the essence of electrode reaction. the conclusion can be extended to calculate other kinds o…

基于微溶盐电极的反应实质，其标準电极电势很容易计算，并且可以推广计算其它类型电极的标準电极电势。

a new technique had been developed for measuring discharge curves of dry cells as well as the electrode potential of mno2 and zn electrode potential and internal resistance simultaneously.

本文提出了测量电池放电电压曲线的同时测量二氧化锰电极电位，锌电极电位和电池内阻变化的新技术。

the polarization: when the current through the electrode, electrode potential happen from the phenomenon of balance potential.

阴极极化：直流电通过电极时，阴极电位偏离平衡电位向负的方向移动的现象。

on the other hand also changes the electrode potential of metal corrosion, so as to avoid or reduce the electrochemical corrosion.

另一方面也改变了金属腐蚀的电极电位，从而避免或降低了电化学腐蚀。

the electrode potential of sulfide minerals is not an equilibrium potential of a reversible electrode, but a steady potential of a nonreversible electrode.

硫化矿物电极电位不是可逆电极的平衡电位，而是不可逆电极的稳定电位。

increasing in salt concentration caused a shift of electrode potential to the positive direction.

土壤盐分浓度的增高引起电位的正偏。

data collection data logging devices ph value, conductivity, dissolved oxygen, electrode potential value of a total of 24 routes.

数据巡检仪采集ph值、电导率、溶解氧、电极电位值共24路。

the formal electrode potential and electron transfer no. of this reaction are determine by using a spectroelectrochem. method, and the results are in agreement with literature.

用光谱电化学方法测得该反应的标準电极电位和电子转移数与肌红蛋白相符。

the electrode potential near septum place was higher obviously than that near anode and cathode electrode.

固定阳极板，改变阴极板材料，阴极板电极电位高低与极板材料性质密切相关；

it means that the higher the reducing power of cathode material is, the more the electrode potential is;

阴极板材料还原性能愈弱，其极板电极电位负值绝对值愈小。

measured positive and negative electrode potential must rely on the reference electrode, to determine its relative value.

测量正、负极电极电位要借助参比电极，来确定其相对值。

when the thickness of cathodic catalyst layer is decreased, the electrode potential is increase.

阴极催化层厚度减小，可提高电池输出电压；

the paper discusses that the electrolytic corrosion caused by binding cast iron with sulfur adhesive in the open air can be prevented by balancing electrode potential and sealing cover.

分析了硫磺胶在露天粘接铸铁引起的电化学腐蚀，提出了在金属粘接中应用平衡电位和罩面密封以防止电化学腐蚀。

this kind of electrode potential can be readily calculated on the base of the essence of electrode reaction. the conclusion can be extended to calculate other kinds of electrode potential.

基于微溶盐电极的反应实质，其标準电极电势很容易计算，并且可以推广计算其它类型电极的标準电极电势。

for different material of particle electrode, there are reverse trends of particle electrode potential with the variation of inorganic salt concentration and organic compound concentration.

对不同的粒子电极材料，粒子电极电位随无机盐含量和有机物含量变化的趋势不同。

results show that particle electrode potential is affected by many factors such as material of particle electrode, inorganic salt concentration and organic compound concentration.

结果表明，粒子电极材料、无机盐含量和有机物含量均对粒子电极电位有影响。

lithium metal is the most promising anode material because of its most negative normal electrode potential and the highest specific energy.

金属锂具有最负的电极电位和最高的金属比容量，是最有前途的负极材料。

while the electrode potential logging has relatively obvious reflection to those coal and strata thereby makes up for deficiency from other logging electrical property parameters in the mining area.

而电极电位测井方法，对该类煤巖层的反映特征比较明显，从而弥补了该矿区测井电性参数曲线的不足。

objective: by deducing compute for solving electrode potential of gauging point in the exidimetric and reductometric titration method, raise accuracy of measurement.

目的：通过对氧化还原滴定法中电极电位的计算公式的推导，提高测量的準确度。

because the main driving force is the electrode potential in the ecis process, chemical regeneration of the ion exchange substrate is not necessary.

由于ecis过程的主要推动力是电极电位，离子交换基体无需再生，消除了由化学再生过程产生的二次污染物。

the method of expanding the range of reference electrode potential for parc potentiostat of model 173 is shown, and the tes…

给出了实际测试结果并介绍扩展美国parc公司的173恒电位仪的参比电压控制范围的方法。

a parallelism was revealed between the variation of equilibrium electrode potential and that of light sensitivity with chemical ripening time.

实验结果表明：在化学成熟过程中，敏化中心的平衡电极电势的变化与感光层光敏度的变化趋势极为相似。

when the electrode potential is over 622 mv, the hydrophilicity on jamesonite becomes strong due to covering an amount of pbso4 from the electrochemical reactions.

当电位大于622mv后，电极反应产生大量的pbso4沉淀，并覆盖在电极表面，矿物表面的亲水性强。

particle electrode potential of bipolar packed electrolytic cell was investigated experimentally.

对复极性固定床电解槽中粒子电极感应电位进行了研究。