纳米磁性流体(Magnetic Fluids)是在纳米科技下产生的一种新的物质组织形式，是由纳米级的磁性颗粒通过表面活性剂高度分散、悬浮在载液中，形成的稳定胶体体系。
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Using one-step method,the kerosene-based magnetic fluid and silicon-oil-based magnetic fluid were prepared.
采用一步法制备了煤油基和硅油基磁性流体。
参考来源 - 磁性流体的流变学和宏观动力学研究Moreover, the magnetite/dextran nanocomposites were dispersed in water to form ferrofluids (FFs). The influences of surfactants, magnetic field intensity and solid content on the rheological properties of FFs were investigated using a rotating rheometer.3.
另外,利用球磨法,将磁性纳米复合粉体分散到去离子水中制得磁性流体,研究了表面活性剂、磁场强度和固含量对磁性流体流变行为的影响。
参考来源 - 纳米ZnO和FeThe behavior of magnetic fluid flowing through an abrupt expansion is investigated with/without the application of magnetic field. The influence of magnetic field is conducted by changing the magnetic force, and the results are compared with non-magnetic form.
通过改变磁场力的大小,与无磁场条件下的流动进行对比,研究了磁性流体的流动特性。
参考来源 - 磁性流体的宏观动力学模拟与实验验证With the appearance and development of nanoscale science and technology, nano magnetic liquid as a kind of new functional materials exploits a new road for the development of new materials, fills new activity and shows comprehensive application foreground.
随着纳米科技的出现和不断发展,纳米磁性流体作为一种新型的功能材料,为新材料的发展开拓了一条新的途径,注入了新的活力,并展示出广泛的应用前景。
参考来源 - 铁氧基磁流体的制备及作为润滑添加剂的性能研究·2,447,543篇论文数据，部分数据来源于NoteExpress
施加磁场能强化磁性流体的沸腾传热。
The boiling heat transfer of magnetic fluid was enhanced by the applied magnetic field.
还对超声波在磁性流体中传播的声速进行了精确测量。
The velocities of ultrasonic wave in magnetic fluids are also accurately measured.
并对磁性流体密封在化肥工业上应用前景作乐观的展望。
This pa- per presents the principles, theory and numerical calculation of magnetic fluid and magnetic fluid sealing, and forecasts its application prospects in chemical fertilizer industry.
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