Measure ment of Average Activity Coefficient of Ion and Standard Electrode Potential with the EMF Method 电动势法测量离子平均活度系数和标准电极电位
The standard electrode potential and equilibrium potentials of potassium amalgams 钾汞齐的标准电极电位与平衡电位
The standard electrode potential of zinc amalgam 锌汞齐的标准电极电位
The Determination of the Standard Electrode Potential of Standard Manganese Amalgam Electrode 锰汞齐电极标准电极电势的确定
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。
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. 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。
Calculation of Standard Electrode and Zeta Potential 标准电极电位的计算
Effects of formation of complexing ions in electroplating on cathodic electrode reaction, standard electrode potential, overpotential and metal deposition potential are also discussed, therefore providing im-portant theoretic basis for alloy electroplating. 阐述了络离子的形成对阴极电极反应、标准电极电位、过电位和电镀时金属析出电位的重要影响,从而为合金电镀提供了重要的理论依据。
The Standard Electrode Potential of Standard Zinc Amalgam Electrode at 298 K 在298K标准锌汞齐电极的标准电极电势
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. 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。
Standard electrode potential of insoluble salt electrode 难溶盐电极标准电极电势的研究与应用
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). 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。
However, the chemical properties of magnesium alloys are very active. The standard electrode potential is-2.36V and poor corrosion resistance restricts the application of magnesium alloys. 但是,镁合金的化学性质非常活泼,其标准电极电位为-2.36V,耐蚀性很差,制约了镁合金的应用。
Aluminum is a very attractive anode material for energy storage and conversion because of its negative standard electrode potential, abundance in nature, low price and high theoretical capacity. 在电池领域中,铝是一种很有吸引力的阳极材料,优点是理论电极电位较负,储量丰富,价格低廉,理论容量高。