标准电极电势

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。

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

强调要把元素的金属性与单质的金属性活动性区分开，并分别用电离势和反应的自由能变化（或标准电极电势）来衡量。

Emphasizes the distinguishment of elementary metallicity from metallic activity of elements which should be respectively measured by ionization potential and free energy change of reaction ( or standard electrode potential ) .

锰汞齐电极标准电极电势的确定

The Determination of the Standard Electrode Potential of Standard Manganese Amalgam Electrode

对微溶盐标准电极电势解法的讨论

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

关于标准电极电势应用的一点浅见

Application of Standard Electric Potential of Electrode

难溶盐电极标准电极电势的研究与应用

Standard electrode potential of insoluble salt electrode

锂的标准电极电势较同族碱金属元素低；

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

标准电极电势表的作用

The Function of Standard Electrode Potentiometer

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。

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

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。

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

相反地，与锂处于同一周期的元素铍的标准电极电势却较同族碱土金属元素高，二者呈现不规则性。

Contrarily , the of beryllium and lithium is situated in the same period and is higher than standard electrode potentials of alkaline-earth elements .

基于微溶盐电极的反应实质，其标准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准电极电势。

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 .

应用标准电极电势和热力学偶合反应原理对亚硫酸在酸碱介质中氧化、还原性不同的原因进行探讨。

This paper discusses the cause of sulphurous acid 's difference between oxidation and reduction in the medium of acid and alkali , by applying the principle of normal electrode trend and thermodynamic coincidence reaction .

硝酸的分子结构特征，决定了硝酸在水溶液中能完全电离，所以硝酸具有强酸性，根据硝酸的标准电极电势，师生可推断出硝酸又具有氧化性。

The character of nitric 's molecular structure determines that it can separate completely in solution , so the nitric has strong acidity ; according to its standard potential electrode , the teacher and students can judge it can be oxidized .

标准电极电势表中的电极反应和标准电极电势，是判断氧化还原反应方向、氧化剂、还原剂的强弱，以及书写氧化还原反应方程式的重要依据。

The electrode reaction and standard electrode potential measured by the standard electrode potentiometer provide important bases for the following : the judgment of the redox reaction 's direction , the intensity of the oxidizer and the reductant , and the writing of the equation of the redox reaction .

通过对微溶盐标准电极电势求解例题的演算，说明微溶盐作电极对电极电势的贡献是分步进行的，一是微溶盐的解离，二是金属离子的还原反应。

In this paper , the standard potential of micro-solubility salt electrode is calculated by different methods , which shows that the contribution of micro-solubility salt to the standard electrode potential includes two parts . One is from dissociation of salt , the other from the reduction of metal cation .

在298K标准锌汞齐电极的标准电极电势

The Standard Electrode Potential of Standard Zinc Amalgam Electrode at 298 K