DOPAN ZN对钡甲酸的影响影响晶体的大小和磁性

A. Fauzi, Hernowo Widodo, Murwan Widyantoro
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摘要

六铁氧体钡材料作为磁性材料可用于吸波应用。然而,要制造吸收材料,材料必须是软磁材料。目前,六铁氧体钡的问题仍然是一种硬磁性材料。将金属锌掺杂到六铁氧体钡中,形成软磁材料。研究了锌掺杂对六铁氧体钡材料晶粒尺寸和磁性能的影响。Zn掺杂到六铁体钡(BaFe12-xZnxO19)中,掺杂变化Znx = 0、0.4、0.6和0.8。本研究采用的方法是机械研磨法,而晶体尺寸测试和磁性能使用XRD表征工具和Permagraph。结果表明:在151.509 nm晶体尺寸越小的情况下,当掺杂Zn的添加量为x = 0.8时,以及掺杂Zn x = 0.8时的过磁测试结果,得到的磁性能表现为矫顽力值为58.97 kA /m,磁剩余值为0.083 Tesla,磁饱和值为0.1402 Tesla,积能为1.2 kJ/m2。实验结果表明,过量Zn的加入减小了晶体的尺寸和矫顽力值。这说明在六铁体钡上掺杂Zn可以减小晶体的尺寸和磁性能。晶体尺寸和矫顽力值的变化变小,表明该材料为软磁材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH DOPAN ZN PADA BAHAN BARIUM HEKSAFERIT TERHADAP UKURAN KRISTAL DAN SIFAT MAGNETIK
Barium hexaferrite material as magnetic material can be used for wave absorption applications. However, to make the absorber material, the material must be soft magnetic material. For now, the barium hexaferrite problem is still a hardmagnetic material.  To form softmagnetic material modified by doping Zn metal into barium hexeferite. The purpose of this study was to determine the Zn Doping effect in barium hexaferrite material on crystal size and magnetic properties. Zn doping into barium hexaferrite (BaFe12-xZnxO19) with doping variation of Zn x = 0, 0.4, 0.6, and 0.8.  The method used in this study is the mechanical millling method, while the crystal size test and magnetic properties use XRD characterization tools and Permagraph. The results showed that the smaller the crystal size of 151.509 nm if given Zn doping with variations in the addition of x = 0.8 and permagraph test results from doping variation Zn x = 0.8 obtained the magnetic properties in the form of coercivity values of 58.97 kA / m, the value magnetic remanent of 0.083 Tesla, magnetic saturation value of 0.1402 Tesla and the energy of the product is 1.2 kJ/m2. The test results concluded that the size of the crystals and the coercivity values were reduced if given the addition of excess Zn. this shows that Zn doping on barium hexaferrite is able to reduce the size of the crystal and its magnetic properties. Changes in crystal size and coercivity values become smaller indicating that the material is soft magnetic material.
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