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Crystallite Size Characterization and Magnetism Properties of Composite (BaFe_(12)O_(19))_1-X-(SrTiO_3)X

机译:复合材料的微晶尺寸表征和磁性特性(BAFE_(12)O_(19))_ 1-x-(srtio_3)x

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A study conducted on the magnetic properties of composite material made of two materials i.e. BaFe_(12)O_(19) (Barium Hexaferrite) and SrTiO_3 (Strontium Titanate) using mechanical Alloy method. Composition proportion refers to the equation (BaFe_(12)O_(19))1-X (SrTiO_3)XX=20%, 50%,and 80% wt. Each BaFe_(12)O_(19) material produced from base material of BaCO_3 and Fe_2O_3 powder, SrTiO_3 produced from mixture of SrCO_3 and TiO_2 powder. Each material are milled for 80 hours, of which on interval 20 hours, powder is extracted for particle measurement only for X =20 % wt composition, the X= 50% wt and 80 % wt compositions are not measured. Next the material was made into bulk with 70 kN pressure die, and sintered at temperature of 1100°C for 4 hours, characterized with XRD, then magnetic character is measured with fermagraph.
机译:对由两种材料制成的复合材料磁性的一项研究,即使用机械合金法(12)o_(19)和Srtio_3(钛酸锶锶锶)。成分比例是指等式(Bafe_(12)O_(19))1-x(SRTiO_3)XX = 20%,50%和80%wt。由Baco_3和Fe_2O_3粉末的基础材料生产的每个BAFE_(12)O_(19)材料,由SRCO_3和TiO_2粉末的混合物产生的SRTIO_3。将每种材料研磨80小时,其中间隔20小时,粉末被萃取仅针对X = 20%WT组成,X = 50%wt和80%wt组合物未测量。接下来将该材料用70kN压力模具制成体积,并在1100℃的温度下烧结4小时,其特征在于XRD,然后用FermArpraph测量磁性。

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