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Zirconium Oxide Products in Automotive Systems
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Abstract
This paper will review the role of zirconium oxide in automotive systems.
Zirconium oxide has been used and been considered for use in many different applications within automotive systems. Examples include ceramics for engine liners, ionic conductors for oxygen sensors, piezoelectrics for a variety of sensors and as an ingredient of autocatalysts.
In the first three examples, ceramics, ionic conductors and piezoelectrics, the known properties of zirconium oxide containing systems have been applied to solve problems in the automobile. In the last the use of zirconia here has created an interest outside automotive applications.
This paper will also show how a knowledge of zirconia in one field can produce benefits in another and that through this synergy improved products can be brought to the marketplace
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Citation
Norman, C., "Zirconium Oxide Products in Automotive Systems," SAE Technical Paper 970460, 1997, https://doi.org/10.4271/970460.Also In
References
- Nernst W Z. Elektrochem 6 1900 41 3
- Science and Technology of Zirconia Heuer A H Hobbs L W Am Ceramic Soc 1981 0-916094-42-1
- Science and Technology of Zirconia II Clauss N Ruhle M Heuer A H Am Ceramic Soc 1984
- Science and Technology of Zirconia III Somiya S Yamamoto N Yanagida H Am Ceramic Soc 1988 0-916094-87-1
- Moulson A J Herbert J M Electroceramics - Materials-Properties-Applications Chapman and Hall 1990 0-412-29490-7
- Bratton R J Lau S K 226
- Cooper B J Evans W D J Harrison B Catalysis and Automotive Pollution Control Crucq A A Frennet Elsevier Science Publishers 1987 0-444-42778-3
- Jaffe B Cook W R Jaffe H Piezoelectric Ceramics Academic Press 1971
- 154
- Butler E P Slotwinski R K Bonanos N Drennan J Steele B C H 572
- Keenan M Joyner R W Moles P J Goulding P A Norman C J “Stabilisation of the Surface Area of Zirconia Using Silica as the Dopant.” 11th International Congress on Catalysis Baltimore July 1996
- Leung D Chan C Rühle M Lange F J Am Ceram Soc 74 1991 2786 92
- Baumard J F Abelard P 556
- Fornasiero P Di Monte R Rao G Ranga Kaspar 3 Meriani S Trovarelli A Graziani M J Catal 151 1995 168 77
- AI Santoku Metal Industry Co Ltd
- Nunan J G Williamson W B Robota H J SAE Technical Paper No 960798
- Diwell A F Rajaram R R Shaw H A Truex T J Catalysis and Automotive Pollution Control II Crucq A Elsevier Science Publishers 1991 0-444-88787-3
- Rhone-Poulenc Chemie