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Studying the Effect of Sintering Temperature on The Electrical Properties For The system Zn_xNi_(1-x-y)Cu_yFe2O4

机译:研究烧结温度对系统Zn_XNI_(1-X-Y)CU_YFE2O4的电气性能的影响

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By The Conventional Solid State reaction is used to prepared the (ZnFe2O4 ,NiFe2O4,CuFe2O4) From the Oxide of (Cu, Zn, Ni & ferrous oxalate) while had emphasized the Crystallize Synthesis accurately and Sort by these Synthesis by using the Technique (X.R.D) , it is mixed to Formed the final Synthesis (Ni_(1-x-y)Zn_xCu_y Fe2O4 ) with (x= 0.2,0.4 ,0.6, 0.8) & (y=0.2,0)as pressed pellets are sintered at (1200,1250,1300)C for (2h) after every once sintered bulks densities and electrical characteristic are measured . The electrical characteristics for these samples, included the measure of D.C current as electrical resistivity (ρ) and A.C current as the measure of dielectric constant (δ),and dissipation factor (tan ).
机译:通过常规的固态反应用于制备来自(Cu,Zn,Ni&亚铁酸盐)的氧化物的(ZnFe2O4,NiFe 2 O 4,CuF2O4),同时通过使用该技术来精确地强调结晶合成并按这些合成进行排序(XRD ),将其混合以形成最终合成(Ni_(1-xy)Zn_xcu_y Fe 2 O 4)(x = 0.2,0.4,0.6,0.8)&(y = 0.2,0),因为压制粒料烧结(1200,1250 ,1300)C对于(2H),每次烧结散发块密度和电学特性都被测量。这些样品的电气特性包括作为电阻率(ρ)和A.C电流作为介电常数(Δ)的测量的测量,以及耗散因子(TAN)。

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