| 1. | High water - cement ratio during construction and low water - cement ratio during solidification are realized by using electroosmosis technology to change the process of concrete construction
采用电渗滤水施工技术，满足了混凝土大水灰比施工、小水灰比固化的要求。 |
| 2. | It is reported that hard alloy scrap is treated by electroosmosis and electrolysis together taking sulfuric acid as electrolyte in order to recover cobalt metal and tungsten carbide
报道了以硫酸为电解质，同时用电溶法和电渗析法处理废硬质合金、回收金属钴和碳化钨的原理和方法。 |
| 3. | The experimental results indicate that electroosmosis technology can further the filtering velocity markedly , increase the compressive strength of concrete significantly and have finer economical efficiency
结果实验表明电渗技术可以显著提高滤水混凝土的滤水速度，明显提高混凝土的强度，并有很好的经济性。 |
| 4. | Electroosmosis technology can solve the problem of high water cement ratio during construction and low water cement ratio during solidification effectively so that have expansive application prospect
结论电渗滤水混凝土技术能有效地解决混凝土的大水灰质量比施工、小水灰质量比固化的矛盾，有重要学术价值和广阔的应用前景。 |
| 5. | Utilizing the electric double layer produced by hydration of cement to gather in superfluous water at negative electrode and reduce the water cement ratio of solidification by using electroosmosis technology
方法采用电渗技术，利用水泥水化产生的双电层的导电性能，使混凝土中的多余水分向阴极聚集，以减少混凝土的凝结水灰质量比。 |
| 6. | Abstract : abstract effect of alumina concentration , mole ratio and magnesium fluoride content on electroosmosis ni the aluminum smelting is investigated through test , and electroosmotic matter and depth analyzed by electronic probe and x - ray diffraction
文摘:通过试验考察了氧化铝浓度、分子比及氟化镁含量对铝电解电渗的影响，并通过电子探针和x -射线衍射分析了电渗的物质，电渗的深度。 |
| 7. | The results show that the main matter for the electroosmosis is sodium - fluorine compound ; the depth and matter for the electroosimosis increase with increase of alumina concentration and magnesium fluoride content , and the electroosmosis deepens sharply when the cryolite mole ratio reaches 2 . 0
结果表明：电渗的主要物质是钠氟化合物，随着氧化铝浓度及氟化镁含量的增加，电渗的深度及电渗的物质量增加；当冰晶石分子比达到2 . 0时，电渗的深度急剧增加。 |
| 8. | Recently , in the field of microfluidics system the drive mode of flow is a key problem , dc electroosmoticflow micropump bases on the principle of electroosmosis , which control the flow in the microchannel with electric field . recent years , it is more and more attracting people to realize it
当前在微流控系统中液体的驱动方式是一个关键问题,直流电渗流微泵是基于电渗原理,利用电场控制通道中的液体流动,实现无运动部件的液体流动系统,近年越来越受到人们的重视。 |
