This article discussed anodic oxidation mechanism of aluminium plate by means of electrode potential, Nernst equation, overpotential and so on.

1、

This method applied into redox computation program to call the standard electrode potential databases resolves the problem in configuring data source appropriately.

将此方法应用于氧化还原计算程序中对标准电极电势库的调用，妥善地解决了数据源配置问题。

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2、

In the acidic solution at25 ℃, the standard electrode potential of magnesium is-2.372V, just above the barium showing strong reducibility.

在25℃的酸性溶液中，其标准电极电势为-2.372V，仅高于轻金属材料中的钡，呈现极强的还原性。

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3、

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。

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4、

Using some examples from experiment instruction, this paper replenishes some problems in theoretical instruction about potential electrode and redos.

本文从实验教学中的一些事例，补充理论教学中有关电极电势与氧化&还原反应中的一些问题，以期引起同行们的注意。

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5、

This paper I am going to discuss the activity order of metals through standard electric potential and ionization energy metal.

本文从金属的标准电极电势，电离势分别讨论金属活动顺序。

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6、

An assessment of the difficulty of arbitrary hydrogen scale and research approach to "absolute" electrode potential

论人为氢标的困难及绝对电极电势的研究途径

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7、

Electrode potential and its application

电极电势及其应用

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8、

The Function of Standard Electrode Potentiometer

标准电极电势表的作用

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9、

The is lower than standard electrode potentials of alkali metal elements in the same family;

锂的标准电极电势较同族碱金属元素低；

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10、

Application of Standard Electric Potential of Electrode

关于标准电极电势应用的一点浅见

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11、

The reduction potentials in both steps are decreased with the increase of the temperature.

温度升高，两个还原步骤的还原电极电势都降低。

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12、

About electrode Potential with oxidation potential and reduction Potential

试论电极电势与氧化电势，还原电势

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13、

The Measure of Relationship Between Electrode Electromotive and Temperature

电极电势与温度关系式的测量

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14、

Discussion on Computing Method of the Standard Potential of Micro-solubility Salt Electrode

对微溶盐标准电极电势解法的讨论

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15、

The effect of electrode Potenlial on the direction of electrode reaction

电极电势对电极反应方向的影响

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16、

Firstly by measuring the PbO 2 contents of the positive active materials and the discharge potential of both the positive and the negative electrode vs. Cd electrode, the results show that the premature capacity loss causes the failure of battery.

首先对失效蓄电池进行了正极活性物质PbO2含量的测定，放电过程中电池端电压、正极、负极相对镉电极电势的测定，结果表明，实验所用蓄电池其失效确属早期容量损失所致。

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17、

The results of electrochemical studies indicate that the concentration polarization of Zn2+ and H+ is great enough to obtain zinc powder instead of plate when the potential is more negative than-1.8V ( vs SCE).

电化学研究表明：当电极电势比-1.8V（vs SCE）更负时，能造成H+和Zn2+浓差极化，得到锌粉而非镀锌层。

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18、

Calculation of electrode and electric potential when H~+, OH~-in reaction and E-pH chart

H~+、OH~-参与反应的电极电势的计算及E-pH图

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19、

Exploration of the effect of h_2 on Ag-AgCl electrode

氢对Ag-AgCl电极电势的影响

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20、

The effect of PH value and amount of carbon source in CVD deposition process to the BDD potential window were studied.

考察了溶液的酸碱性、CVD沉积过程碳源量及硼掺杂等因素对电极电势窗口的影响。

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