| 1. | The metal with the greater single-electrode potential will sacrifice itself to protect the other .
具有较大单电极电位的金属为保护另一种金属，自身将不断消耗。 |
| 2. | Electrode potential depends on the concentration of the ions
电极电位取决于离子浓度。 |
| 3. | Electrode potential depends on the concentration of the ions
译文：电极电位决定于离子浓度。 |
| 4. | Corresponding relationship between electrode potential and fermi level
金属电极电位与费米能级的对应关系 |
| 5. | Standard electrode potential
标准电极电位 |
| 6. | Calculation method and analysis standard electrode potentials in the multi balan ce system
多平衡体系中标准电极电位的计算方法及分析 |
| 7. | The very low electrode potential of lig is an another important reason for the good electrochemical performance of li - ion secondary batteries
嵌锂石墨大量用做锂离子二次电池另一个重要原因就是嵌锂石墨具有非常低的电极电位。 |
| 8. | 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。 |
| 9. | 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。 |
| 10. | The electrode potential of zinc was less than that of ndfeb magnetic powders . ndfeb magnetic powders were protected because zinc had been the anode through the electrochemistry corrosion
金属锌镀层比基体ndfeb电极电位更负，在发生电化学腐蚀作用时，可起到牺牲阳极保护基体的作用。 |
