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羰基热分解磁场引导制备多晶铁纤维原理分析
Hypostasis of Preparation of Polycrystalline Iron Fiber by Pyolysis of Carbonyl by Introducing Magnetic Field
【摘要】 多晶铁纤维是一类新型磁性材料,应用十分广泛。本文对羰基铁热分解的有关热力学问题进行了理论分析,并从铁磁理论出发,探讨了利用羰基热分解磁场引导法制备几何尺寸可调的多晶铁纤维的可能。
【Abstract】 Polycrystalline iron fiber is a novel magnetic material, which can be used widely in industry. The relevant issues of thermodynamics were analyzed for pyrolysis of carbonyl iron in theory. On the basis of the theory of pyrolysis of carbonyl and the magnetic, the realizability for the method is proved. The method of pyrolysis of carbonyl with introducing magnetic field can produce polycrystalline iron fiber with controllable geometry size.
【关键词】 羰基热分解;
多晶铁纤维;
热力学分析;
磁场引导;
【Key words】 pyrolysis of carbonyl; polycrystalline iron fiber; thermodynamics analysis; introducing magnetic field;
【Key words】 pyrolysis of carbonyl; polycrystalline iron fiber; thermodynamics analysis; introducing magnetic field;
- 【文献出处】 信息记录材料 ,Magnetic Recording Materials , 编辑部邮箱 ,2005年04期
- 【分类号】TQ343
- 【被引频次】3
- 【下载频次】178