| 1. | Supplementary ground electrode
补助接地电极 |
| 2. | In the latter case the pressure is raised and the wafer is mounted on the grounded electrode
后者的压力升高硅片放置在接地的电极上。 |
| 3. | The influences of vertical grounding electrodes on grounding resistance , step and touch voltages were analyzed numerically
采用数值计算方法分析了垂直接地极对接地系统的接地电阻、接触电压及跨步电压等的影响。 |
| 4. | However , the grounding system becomes saturated as more vertical grounding electrodes are arranged in a substation with a fixed size
但在有限的地网面积范围内布置过多的垂直接地极时，垂直接地极的效果将趋于饱和。 |
| 5. | When protecting a building it is permitted to install a separate grounding electrode for special equipment ? if an equipment manufacturer requires this , how do we deal with this problem
当保护一幢建筑时，允许给特殊的设备安装一个分开的接地电极吗？如果设备的制造商要求这样做，我们如何处理这个问题？ |
| 6. | Lwy : when protecting a building it is permitted to install a separate grounding electrode for special equipment ? if an equipment manufacturer requires this , how do we deal with this problem
当保护一幢建筑时，允许给特殊的设备安装一个分开的接地电极吗？如果设备的制造商要求这样做，我们如何处理这个问题？ |
| 7. | The results show that the vertical grounding electrodes can effectively decrease grounding resistance , step and touch voltages of the grounding system and reduce the influence of seasonal factors on the grounding system
分析表明，增设垂直接地极能有效减低接地系统的接地电阻、减小发变电站的接触电压和跨步电压、减小季节因素对地网安全性的影响。 |
