CORROSION CHARACTERIZATION STUDIES OF ZA-27/QUARTZ MMCs - Jayaparakash, H. V.
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This books deals with the simple techniques like open circuit potential and potentiostat test in which the metal matrix composites of ZA-27 reinforced with quartz particulates manufactured by liquid melt metallurgy technique are tested. Detailed like raw material, reinforcement, equipment used, procedure and results are given. The studies reveal that the metal matrix composites of ZA-27 reinforced with quartz particulates exhibit decreased corrosion rate and increased corrosion resistance when compared to matrix alloy. Hence it is concluded that metal matrix composites are more suitable than…mehr

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Produktbeschreibung
This books deals with the simple techniques like open circuit potential and potentiostat test in which the metal matrix composites of ZA-27 reinforced with quartz particulates manufactured by liquid melt metallurgy technique are tested. Detailed like raw material, reinforcement, equipment used, procedure and results are given. The studies reveal that the metal matrix composites of ZA-27 reinforced with quartz particulates exhibit decreased corrosion rate and increased corrosion resistance when compared to matrix alloy. Hence it is concluded that metal matrix composites are more suitable than matrix alloy for applications in aeronautical, automobile and marine industries.
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Autorenporträt
Dr. H. V. Jayaprakash, Profesor Asistente del Departamento de Química del Instituto de Tecnología Sri Siddhartha, Tumakuru, India. Tiene una maestría en ciencias de la Universidad de Kuvempu, Karnataka, una maestría en filosofía de la Universidad Bharathidasan, Tamilnadu y un doctorado de la Universidad Tecnológica Visvesvaraya, Karnataka.