Two water-based ferrofluids were prepared with peptization technique using dodecylamine and dodecanoic acid as dispersing agent.
以十二烷基胺和十二酸为分散剂，通过胶溶技术制备了两种水性铁磁流体。
Biocompatible ferrofluids normally use water as a carrier medium.
生物兼容性磁流体通常使用水做介质载体。
The composition and the characteristics of ferrofluids, as well as its sorting are introduced.
摘要概括介绍了磁流体的组成、性质及其分类。
The experimental results indicate that the surface tension of ferrofluids decreases with increasing temperature.
实验结果表明：铁磁流体的表面张力随温度的升高而减小。
Conclusion: Ferrofluids as drug carriers can enhance drug concentration in the target with the aid of magnetic field.
结论：采用磁流体作为药物的载体，在外磁场作用下可实现靶向控制，提高药物在靶部位的聚集浓度。
The ferrofluids are potential to be used in magnetic carrier of medicine, NMR imaging contrast, treatment of tumors, etc.
这种磁流体在磁性药物载体、磁共振造影剂和磁高热治疗肿瘤等领域有良好的应用前景。
Structure and synthesis of new composites of ferrofluids with high-Tc superconducting particles of the YBaCuO system is described.
介绍了新型高tc超导颗粒(YBaCuO系)与铁磁流体的复合材料的合成和结构。
Occurrence of composite materials of liquid crystals with ferrofluids and the progress of theoretical studies on them are reviewed.
综述了铁磁流体液晶复合材料的出现及其理论研究进展。
The aggregation and hydrodynamics of ferrofluids exposed to an applied magnetic field have a great effect on the efficiency of drug targeted therapy.
铁磁流体在外磁场作用下的聚集及受力运动直接影响到靶向治疗的效果。
The aggregation and hydrodynamics of ferrofluids exposed to an applied magnetic field have a great effect on the efficiency of drug targeted therapy.
铁磁流体在外磁场作用下的聚集及受力运动直接影响到靶向治疗的效果。
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