New Generation Non-noble Bimetallic Catalysts for TWC Applications - Narayana Rao, Komateedi
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Regulations concerning automotive emissions are becoming more stringent in recent times, and consequently more research efforts have been directed toward lowering the environmental impact of pollutants emitted by vehicles and industries. Transition metal oxides or mixed oxides are established as inexpensive alternatives to precious metal and noble metal containing catalysts. The basic idea of the book was to exploit the advantages of non-noble materials, particularly, their ability to CO and soot oxidation, while improving resistance to sintering. It contributes valuable information regarding…mehr

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Produktbeschreibung
Regulations concerning automotive emissions are becoming more stringent in recent times, and consequently more research efforts have been directed toward lowering the environmental impact of pollutants emitted by vehicles and industries. Transition metal oxides or mixed oxides are established as inexpensive alternatives to precious metal and noble metal containing catalysts. The basic idea of the book was to exploit the advantages of non-noble materials, particularly, their ability to CO and soot oxidation, while improving resistance to sintering. It contributes valuable information regarding how monometallic materials can modified as new generation materials for auto exhaust purification. This book also opens the scope of research over the bimetallics and their characterization techniques.
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Autorenporträt
Dr K. Narayana Rao was born in 1982 in Madhira, India. After his Master¿s degree in Chemistry at Osmania University, he pursued his Ph.D. degree at Indian Institute of Chemical Technology. He is presently visiting scientist at KIST, Korea. The research interests are nonnoble and bimetallic materials, nano- architectures and green technologies.