电解的

With the emergence of glassy Carpathian industry, in order to allow the industry to be able to enjoy inexpensive boron-calcium stone of origin of raw materials, we have traveled to Turkey ETI inspection company's products and to introduce customers to use, apart from the above products, our wire and cable industry, agents have been MineraElTesoro company LME registered plate of electrolytic copper.

随著玻阡产业的兴起，为让业界能够享受物美价廉的硼钙石原产地的原料，我们特地远赴土耳其考察ETI公司的产品并引进给客户使用，除了上列产品外，我们在电线电缆业中，代理MineraElTesoro公司有经过LME注册的电解铜板。

The results show that using more lower volume film capacitor as the substitute for aluminium electrolytic capacitor is feasible in techniques,and has a advantage on price,it is most important that the reliabilities of transducer has been improved obviously.

实验结果表明，用电容量比较小的薄膜电容器替代铝电解电容器不仅在技术上是可行的，价格也具有优势，最主要的是变频器的可靠性得到明显的提高。

The methods to ensure the quality and reliability of aluminum electrolytic capacitors are provided based on the author's experience in practice.

根据实际的工作经验，介绍一些可以保证电解电容器的质量与可靠性的方法以及须注意的有关问题，具有一定的参考价值。

The deuterium enrichment in electrolysis cell will finally cause a poor deuterium extraction efficiency, and this conflict indicates that dynamic behavior of CECE is a main concern in the choice of operating mode and the connection with cascade post-enrichment sysytem, and it should be an important factor in designning catalytic exchange column.

电解池中氖浓度的增长最终将引起交换系统脱氚率的下降，这一现象表明，在交换系统操作模式选择以及与后级浓缩系统的级联匹配中，对交换系统的动态行为必须予以特别关注，并应在交换床设计中考虑此因素。

The deuterium enrichment in electrolysis cell will finally cause a poor deuterium extraction efficiency, and this conflict indicates that dynamic behavior of CECE is a main concern in the choice of operating mode and the connection with cascade post-enrichment sysytem, and it should be an important factor in designning catalytic exchange column.

电解池中氘浓度的增长最终将引起交换系统脱氘率的下降，这一现象表明，在交换系统操作模式选择以及与后级浓缩系统的级联匹配中，对交换系统的动态行为必须予以特别关注，并应在交换床设计中考虑此因素。

It has the character of high efficiency in machining hard and brittle materials, so it will widely use in the field of production and will have wide-range prospect in really use. In this paper, the author studied the composition of metal bonded diamond/CBN wheels and it's technology of manufacturing.

在线电解修整磨削技术具有在磨削过程中保持砂轮锐利的能力，具有高效、高质量加工硬脆材料的特点，在生产中有着重要的意义和广泛的应用前景。

On the basis of the proposed degradation mechanism, a general method for the improvement of Ti based anodes was proposed.

结果表明，在含有机物的溶液中阳极的失效机制发生了变化；SnO〓的加入可以提高阳极在此有机溶液中的电解寿命。

When used in superabrasive grits synthesizing, especially in the case of cubic boron nitride, the consumption of anvils can be decreased effectively; and the quality and yield of CBN can he improved.

在超硬材料合成中，尤其是立方氮化硼合成中，能有效降低锤耗，同时可提高立方氮化硼的合成品质及产量；超硬材料表面镀钛及钛合金后，能实现镀层和结合剂的冶金结合，工具寿命提高30%以上；钛对许多氧化物质和还原物质具有极好的耐腐蚀性，适用于人造金刚石的批量电解提纯工序。

They are particularly very promising energy storage systems to replace traditional secondary batteries for space application since URFCs have distinctive advantages over secondary batteries in that they are long-term energy storage systems with extreme high specific energy and without permanent losses by self discharge and capacity limit.

一体式可再生燃料电池是可再生燃料电池中最先进的一种，它是在同一组件上既可以实现燃料电池功能又可以实现水电解功能的储能和供电系统，具有能量密度高、使用寿命长、使用中无自放电且无放电深度及电池容量的限制等优点，是极有希望在空间、军事及可移动电源领域替代传统二次电池的储能系统。

So the method could not be applied in cosmically industry.In allusion to the difficulties, this paper brings forward a brand new electrochemistry method for landfill leachate, makes a magnetism-electro reaction equipment, adopts low pressure, low frequency, periodic pulse electrolyse, almost conquers the polarization and passivation of the dissolubility metal pole.

针对如上困难，本文研究了一种新的垃圾渗滤液电化学处理方法，自制了磁—电水处理反应装置，采用低电压、低频率交变脉沖电源，较彻底地克服了可溶性电极的极化和钝化问题，并且采用磁场产生的特殊&磁搅拌&作用增强导电离子的选择性运动，从而更进一步提高了电解效率。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。