Synthesis Techniques and Photoluminescence Studies of MgO Nano Powder - P. B., Devaraja
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The preparation methods of oxides involve complex procedures, sophisticated equipment and rigorous experimental conditions. Most of these techniques required high temperatures and long processing time. Certainly, there is a great demand for economically viable synthesis techniques. Solution combustion synthesis (SCS) and Green combustion synthesis is emerging as a promising technique for the preparation of nano powders. This process is simple, fast and economic, does not require high-temperature furnaces and complicated set-ups. It can be used for the preparation of all kinds of oxides and…mehr

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Produktbeschreibung
The preparation methods of oxides involve complex procedures, sophisticated equipment and rigorous experimental conditions. Most of these techniques required high temperatures and long processing time. Certainly, there is a great demand for economically viable synthesis techniques. Solution combustion synthesis (SCS) and Green combustion synthesis is emerging as a promising technique for the preparation of nano powders. This process is simple, fast and economic, does not require high-temperature furnaces and complicated set-ups. It can be used for the preparation of all kinds of oxides and formation of various gases during SCS inhibit particle size growth and favor synthesis of nanosized powders with a high specific surface area.
Autorenporträt
Dr. Devaraja. P.B. Associate Professor, Department of Physics, KIT, Tiptur, has 12 year of teaching and Research experience. His area of interests are Material science, Nanophosphors, Luminescence studies. He has published more than 15 papers in reputed journals. He is a life member of LSIKC.