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ISSN 2063-5346
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STRUCTURAL ANALYSIS OF EFFECT OF DEPOSITION PARAMETERS OF COBALT DOPED FERRIC-OXIDE AND ZINC DOPED FERRIC-OXIDE IN COMPARISON WITH UNDOPED FERRIC-OXIDE USING NOVEL WET CHEMICAL SYNTHESIS

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P. Anvesh, S. Roji Marjorie
» doi: 10.31838/ecb/2023.12.sa1.333

Abstract

Aim: The aim of this work is to compare the structural analysis of zinc doped ferric-oxide, cobalt doped ferricoxide and pure ferric-oxide components prepared by using novel wet chemical synthesis. Materials and Methods: The research was made on the comparison of the structural analysis of the ferric-oxide and dopents as cobalt & zinc. The sample size of pure ferric-oxide, cobalt doped ferric-oxide and zinc doped ferric-oxide is 234 each, and a total sample size of 702. These samples are calculated using the clincale calculator which has a pretest power of 80 % and error correction of 0.05. Results: As the dopents were added to the pure ferric-oxide the area of doped components, that is zinc doped ferric-oxide and cobalt doped ferric-oxide area, had been increased. The area of pure ferric-oxide components is noted as 49.599 %, the total surface area is 345.952 μm2, the surface area of zinc doped ferric-oxide component is 54.586 %, had a total area of 389.014 μm2 and the area of cobalt doped ferric-oxide is noted as 52.037 % and the total surface area is noted as 366.39 μm2. The significance of pure iron oxide, cobalt doped iron oxide and zinc doped iron oxide are 1, 0.035 and 0.75 respectively Conclusion: The area of the cobalt doped ferric-oxide is significantly better compared to pure ferric-oxide and zinc doped ferric-oxide.

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