首页> 外文会议>Micro-Nanomechatronics and Human Science, 2004 and The Fourth Symposium Micro-Nanomechatronics for Information-Based Society, 2004 >Effects on particle diameter and magnetic force of magnetic ultra-fine particle that depend on surface-active agents and pH condition in its synthesis
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Effects on particle diameter and magnetic force of magnetic ultra-fine particle that depend on surface-active agents and pH condition in its synthesis

机译:取决于表面活性剂和pH条件的磁性超细颗粒对粒径和磁力的影响

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We clear it in this research that the character of the magnetic fluid changes greatly by the kind of saccharide (surface-active agents). Furthermore, we state that two essential factor of this magnetic fluid, which are the particle diameter and the magnetic force, can be controlled by the variety of surface-active agents and the various conditions in the synthesis. The ultimate saturation magnetization is 24.0[emu/g] and the average diameter of whole particle including surface-active agents can be controlled from 74.5[nm] to 455.1[nm].
机译:我们在这项研究中清楚地发现,磁流体的特性会因糖类(表面活性剂)的种类而发生很大变化。此外,我们指出该磁性流体的两个基本因素,即粒径和磁力,可以通过各种表面活性剂和合成中的各种条件来控制。极限饱和磁化强度为24.0emu / g,包括表面活性剂的整个颗粒的平均直径可以控制在74.5 [nm]至455.1 [nm]。

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