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- CT and MR imaging were performed in all of the rabbits 2 weeks later, together with the transcatheter arterial super-selection DSA and nanometer magnetic fluid interventional therapy. 接种2周后行CT、MR成像,随后行经股动脉肝动脉超选择DSA及纳米磁性粒子介入治疗。
- Summarization on Nanometer Magnetic Fluid and It's Application to Seals 磁性液体及其密封应用研究综述
- Therapeutic effect of nanometer magnetic fluid hyperthermia on hepatocellular carcinoma 纳米磁微粒体介导热疗治疗肝癌
- Relationship between the sealing performance of nanometer magnetic fluid and magnetic pole parameters 纳米磁性流体密封性能与磁极参数关系的研究
- Finite element analysis of the sealing capability of nanometer magnetic fluid seal 纳米磁性流体密封性能的有限元分析
- nanometer magnetic fluids 纳米磁性液体
- nanometer magnetic fluid 纳米磁性液体
- Magnetic liquid is a stable colloidal system formed by highly dispersing nanometer magnetic particles in a certain liquid. 磁性液体是由纳米级的强磁性微粒高度弥散于某种液体中所形成的稳定的胶体体系。
- The Fe_3O_4 magnetic fluid is simulated to clear the oil on the water. 将制备的Fe_3O_4磁流体模拟清除水面浮油的试验。
- In order to improve the resistivity of oxidation, dysprosium cobalt ferrite magnetic fluids were prepared. 摘要为了提高磁流体的抗氧化能力，制备了镝钴铁氧磁流体。
- An effective combination of a series spinel ferrites and LDHs layered materials to form core-shell structured nanometer magnetic catalytic materials has been designed and realized in this thesis. 本论文提出将一系列尖晶石铁氧体材料与LDHs层状材料进行组装制备核-壳结构的磁性纳米复合催化材料。
- nanometer particles magnetic fluid 纳米粒子磁性流体
- Wang Z L.Create an overweight, weightlessness, and microgravity environment with magnetic fluids on the ground[J].Journal of Astronautics, 2004, 25 (2): 179-182. [4]王正良.;在地面上用磁性液体制造流体超重、失重和微重力环境[J]
- On the basis of the principle of magnetic fluid seals the paper has resolved the handicap of seals arising from the wiggle of high speed shaft. 利用磁流体密封原理可解决因轴高速旋转摆动带来的密封困难问题。
- nanometer magnetic point application 纳米穴位磁贴
- Consequently the Fe_3O_4 magnetic fluid may beused to clear the oil on the water. 从而验证了Fe_3O_4磁流体用于清除水面浮油的可行性。
- nanometer magnetic solid catalyst 生物柴油
- Current situation and main results of the research on magnetic fluid seal (MFS) is described. 介绍了磁性液体密封（MFS）研究的现状及主要研究成果。
- Use to describe the plasma electrodynamics, and thus developed is called a magnetic fluid dynamics theory. 描述等离子体要用到电动力学，并因此发展起来一门叫做磁流体动力学的理论。
- An innovative method of dynamic speckle is proposed to investigate the drying process of magnetic fluid film (MFF). 摘要提出了一种利用动态散斑研究磁流体薄膜(MFF)干燥过程的方法。
