E-Beam evaporated Mn3O4 Thin film electrodes for Supercapacitors - Shaik, Dr. Dadamiah PMD
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There is a growing interest in developing thin film supercapacitors as power sources for the ever increasing micro and nano devices such as nano electromechanical systems, smart cards, micro sensors etc. To realize thin film supercapacitors for various applications, the development of high quality electrode is required. This book presents, Mn3O4 thin films are deposited on different substrates using E-beam evaporation technique. Further, the films are annealed at various temperatures and proved that the films grown on gold coated silicon substrates annealed at 300 °C exhibited superior electrochemical properties than as deposited films.…mehr

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Produktbeschreibung
There is a growing interest in developing thin film supercapacitors as power sources for the ever increasing micro and nano devices such as nano electromechanical systems, smart cards, micro sensors etc. To realize thin film supercapacitors for various applications, the development of high quality electrode is required. This book presents, Mn3O4 thin films are deposited on different substrates using E-beam evaporation technique. Further, the films are annealed at various temperatures and proved that the films grown on gold coated silicon substrates annealed at 300 °C exhibited superior electrochemical properties than as deposited films.
Autorenporträt
Dr. Dadamiah PMD Shaik is currently working as Assoc. Professor & HOD, Physics at Vardhaman College of Engg, HYD. He has over 17+ years of experience in various reputed Engineering Colleges. He has published more than 22 papers in refereed International journals of repute, 2 patents, authored 2 book chapters and 2 textbook. He has 624 citations.