Physical Properties of Pure and Copper doped Silver Oxide Thin Films
for micro electronic devices
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Transparent conducting metal oxide (TCO) thin films received the attention of many researchers for application in transparent electronics such as heterojunction solar cells, gas sensors, electrochromic devices, antibacterial coatings etc. Pure silver oxide (Ag2O) and copper doped silver oxide (Ag2Cu2O3 and Ag2Cu2O4) are transparent oxides exhibiting p-type conductivity. The properties of these materials depend on the method of preparation and deposition conditions maintained during the growth of the film. This book restrains the optimized conditions of pure silver oxide (Ag2O) copper doped sil...
Transparent conducting metal oxide (TCO) thin films received the attention of many researchers for application in transparent electronics such as heterojunction solar cells, gas sensors, electrochromic devices, antibacterial coatings etc. Pure silver oxide (Ag2O) and copper doped silver oxide (Ag2Cu2O3 and Ag2Cu2O4) are transparent oxides exhibiting p-type conductivity. The properties of these materials depend on the method of preparation and deposition conditions maintained during the growth of the film. This book restrains the optimized conditions of pure silver oxide (Ag2O) copper doped silver oxide (Ag2Cu2O3 and Ag2Cu2O4) thin films formed on p-type silicon and glass substrates using RF reactive magnetron sputtering technique, and investigated their structure and surface morpholoigy, composition, electrical and optical properties. The promising approach to prepare good quality of single phase Ag2O films for electrode in micro battery applications and the Ag-Cu-O films for gassensors, solar cells and antibacterial was clearly discussed in this book.
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