magnetic dispersion

英 [mæɡˈnetɪk dɪˈspɜːʃn]

美 [mæɡˈnetɪk dɪˈspɜːrʒn]

网络  磁漏; 磁泄漏

电力

双语例句

• The measurements results indicate that the introduction of magnetic field during synthesis process could not only influence the crystallographic orientation, crystalline size and particles dispersion but also reduces the saturation magnetization significantly.
  实验结果表明：合成过程中引入磁场不仅对合成粒子的结晶学取向、晶粒尺寸和粒子的分散性有影响，而且使得粒子的饱和磁化强度明显降低。
• Using the decoupling electric and magnetic wall modeling, the dispersion characteristics of the asymmetric supported broadside coupled coplanar waveguides are analyzed by the method of lines in this paper.
  本文利用去耦电壁与去耦磁壁模型，用直线法分析了非对称支持宽边耦合共面波导的色散特性，发现在宽频带范围内其色散性相对较弱。
• Optical magnetic effect chromatic dispersion analysis
  磁光效应及其色散分析
• The simulation indicates that after high gradient magnetic separation the size dispersion significantly increases which agreements with experimental results.
  模拟发现通过高梯度磁场分离处理后可显著提高体系的尺寸分散性，与实验结果比较吻合。
• The results showed that the graphene and magnetic spinel ferrite composite can effectively control the morphology, size and dispersion of magnetic spinel ferrite particles. 2.
  结果表明石墨烯和磁性尖晶石型铁氧体的复合能够有效的控制磁性尖晶石型铁氧体的形貌、粒子的尺寸和分散性。
• Then the magnetic polymer microspheres were prepared by the dispersion polymerization with ferrofluid.
  进而采用磁流体存在下的分散聚合法制得了磁性聚合物微球。
• Studies on Synthesis of Magnetic Polymer Microspheres by Dispersion Polymerization
  分散聚合法合成磁性高分子微球
• Study of magneto-optical properties of magnetic materials has been an interesting field. The dispersion relation and dispersion features of magnetic polaritons are the basis for studying the magneto-optical properties.
  磁性材料的磁光性质是人们很感兴趣的话题，磁极化子的色散关系和色散特性是研究磁性材料磁光性质的基础。
• Fe3O4/ P ( MAA-co-NVP) cross-linked magnetic composite microspheres with core-shell structure were prepared by a surface-initiated radical dispersion polymerization route of of methyl methacrylate and N-vinyl pyrrolidone monomer.
  然后采用表面引发自由基聚合法，以甲基丙烯酸和N-乙烯吡咯烷酮为聚合单体制备了核-壳结构的Fe3O4/P（MAA-co-NVP）交联磁性复合微球。
• METHODS The effects of various factors, such as time of adsorption, pH value and temperature on the adsorption of HSA by microspheres, were investigated by means of magnetic separation properties of magnetic microspheres and good dispersion capability of amphiphilic microspheres.
  方法利用磁性微球在磁场作用下易于分离的特性和两亲微球在有机相和水相都易于分散的特点，考察吸附时间、pH值、温度等因素对两亲磁性高分子微球和HSA相互作用的影响。