A Comparison of the Electrical and Thermal Behavior of ZrO sub(2)-Ni Interpenetrating Phase Composite Produced by Microwave and Conventional Sintering

The ceramic-metal composites that have all phases continuous throughout the structure are known as Interpenetrating Phase Composites (IPCs) and they have many applications in various fields. In this investigation ZrO sub(2)-Ni IPCs of varied compositions were synthesized using tubular furnace and mi...

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Published in:Key engineering materials 2012-05, Vol.510-511, p.293-300
Main Authors: Kanwal, Tehreem, Shahid, Rub Nawaz, Tariq, Naeem Ul Haq, Ali, Fahad, Rafiq, M A, Iqbal, Muhammad, Akhter, J I, Hasan, Bin Awais
Format: Article
Language:English
Subjects:
Density
Dilatometry
Furnaces
Microwave sintering
Microwaves
Percolation
Surface area
Zirconium dioxide
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container_title Key engineering materials
container_volume 510-511
creator Kanwal, Tehreem
Shahid, Rub Nawaz
Tariq, Naeem Ul Haq
Ali, Fahad
Rafiq, M A
Iqbal, Muhammad
Akhter, J I
Hasan, Bin Awais
description The ceramic-metal composites that have all phases continuous throughout the structure are known as Interpenetrating Phase Composites (IPCs) and they have many applications in various fields. In this investigation ZrO sub(2)-Ni IPCs of varied compositions were synthesized using tubular furnace and microwave furnace routs. Samples were Characterized using BET surface area, Pycnometer density, dilatometry and scanning electron microscopy. The Electrical parameters of the composites were measured using impedance spectrometer. Results indicate that threshold percolation reached at 40 volume percent of Ni in both cases. Moreover, no significant difference was observed in BET surface area and CTE of composites prepared by conventional and microwave sintering processes.
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subjects Density
Dilatometry
Furnaces
Microwave sintering
Microwaves
Percolation
Surface area
Zirconium dioxide
title A Comparison of the Electrical and Thermal Behavior of ZrO sub(2)-Ni Interpenetrating Phase Composite Produced by Microwave and Conventional Sintering
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