| 1. | Magnetic liquid made in chemical co - precipitation method
采用胶溶法制备磁性液体 |
| 2. | Nanosized magnetic fluids and its application in printing
纳米磁性液体及其在印刷中的应用 |
| 3. | Preparation and applications of magnetic fluid
磁性液体的制备及应用 |
| 4. | Research on the magnetic liquid seal structure of minitype centrifugal water pump
小型离心式清水泵磁性液体密封结构的研究 |
| 5. | Research status and developing trends in preparing technique of magnetic fluid compound
磁性液体复合材料制备技术的研究现状与发展趋势 |
| 6. | On the base of chemical coprecipitated method , we prepare cofe2o4 ionic magnetic fluid by coprecipitated and acid erode method
在化学共沉淀法的基础上，利用共沉淀? ?酸蚀法制备出cofe _ 2o _ 4离子型磁性液体。 |
| 7. | Utilizing the transmitted electronic microscope ( tem ) , we can observe that particles disperse uniformly and some of them congregate
用透射电子显微镜( tem )观察到：微粒在磁性液体中均匀分散，有少数微粒形成聚集体。 |
| 8. | We respectively measure some different magnetic fluid ' s viscosity by the viscometer in the magnetic field and not in the magnetic field , and discuss what result in it
用粘度计测量了不同磁性液体在有无外磁场时的粘滞性，并分别讨论其变化原因。 |
| 9. | They are all lower than iron - series alloy , their coercive force is zero , they exhibited superparamagnetization at room temperature and good soft magnetic materials
本文合成的非晶态铁系合金均为软磁材料，都呈现超顺磁性，可以用于吸波材料、磁性液体等。 |
| 10. | We get six kinds of magnetic fluid through changing two important parameters , which are mass percent s of basic liquid and magnetic particulate volume ratiov
通过改变基液(聚乙二醇)的质量百分比浓度s和磁性微粒的体积分数_两个重要的参量，我们得到六种磁性液体。 |
