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Ferrites have been emerging focus of recent scientific research both from the synthesis and applications point of view. The Samples of Co0.5Nio.5CrxFe2.xO4 (x = 0.0 to 1.0 in the steps of 0.25) Spinel ferrite systems were prepared by using Sol gel auto combustion method technique. The Structural, Electrical and Magnetic properties of above systems were investigated by X-ray diffraction, VSM, D. C. resistivity and A.C. Conductivity. Ferrite has unique applications in high density Magnetic recording, Magnetic Sensors, Shielding, Color imaging, Microwave devices, Bioprocessing, Magnetic…mehr

Produktbeschreibung
Ferrites have been emerging focus of recent scientific research both from the synthesis and applications point of view. The Samples of Co0.5Nio.5CrxFe2.xO4 (x = 0.0 to 1.0 in the steps of 0.25) Spinel ferrite systems were prepared by using Sol gel auto combustion method technique. The Structural, Electrical and Magnetic properties of above systems were investigated by X-ray diffraction, VSM, D. C. resistivity and A.C. Conductivity. Ferrite has unique applications in high density Magnetic recording, Magnetic Sensors, Shielding, Color imaging, Microwave devices, Bioprocessing, Magnetic refrigeration, Magneto optical devices, Pollution Control & in Entertainment devices etc.
Autorenporträt
Dr. Atul Prakashrao Birajdar is involved in teaching and learning since 14 years at B. S. S. Arts Science & Commerce College Makni. He has been awarded with M.Phil. & Ph.D. degrees for his academic research work. He has Published & Presented more than 15 research paper in National & International level journal.