| 1. | Study on increasing current efficiency from electrol ysing manganese dioxide
提高电解二氧化锰阳极电流效率的研讨 |
| 2. | Anodic current efficiency
阳极电流效率 |
| 3. | When deposition current density was increased , w content in the coating was raised and deposition current efficiency decreased
随着沉积电流密度的提高，镀层中w的含量增大，而沉积电流效率降低。 |
| 4. | The drop of current efficiency caused by the passive film on the iron anode can be prevented if periodically replacing electrolyte
周期性更换阳极电液，可消除铁电极表面的钝化所造成的电流效率下降。 |
| 5. | The action of the combined brightener was studied by hull cell test , the determination of cathodic current efficiency and polarization curves
通过赫尔槽试验，电流效率及阴极极化曲线的测量研究了该光亮剂的作用效果。 |
| 6. | Enhancement of the electric current could increase the removal rate of o - chlorophenol and cod of its wastewater ; but the current efficiency was decreased
提高电流虽能增加邻氯苯酚及其废水cod的去除速率，电流效率却降低。 |
| 7. | Alcl3 + lialh4 system conforms to the relation of current efficiency and cur rent density of complex electrolysis lead to uniform distribution at cathode plate
Alcl _ 3 + lialh _ 4体系符合络合物电解中电流效率与电流密度的关系，使铝镀层在阴极上的分布趋于均匀。 |
| 8. | The results show that by using the brightener , current efficiency is improved and bright , corrosion resistant zinc deposits are obtained at a wide current density range
结果表明：使用该光亮剂能提高镀液的电流效率，且在很宽的电流密度范围内获得光亮、耐蚀的锌镀层。 |
| 9. | In this technology , entering the electric tank brine mass is this technology key , it has important effect to ionic membrane life - span , slot voltage and current efficiency
在这项技术中，进入电解槽的盐水质量是这项技术的要害，它对离子膜的寿命，槽电压和电流效率有着重要的影响。 |
| 10. | 1 . the composition and current efficiency of ni - w - b electrodeposit in the bath containing ammonium citrate as complexing agent were related to the deposition current density and bath composition
在以柠檬酸铵为络合剂的镀液中， ni - w - b合金电沉积层的组成和沉积电流效率与沉积电流密度及镀液的组成等有关。 |
