Toughening Mechanisms In Ceramics Studied By In Situ Microprobe Piezospectroscopy

The experimental recognition of appreciable toughening by extrinsic mechanisms (particularly crack-wake bridging and transformation toughening) in engineering ceramics stimulates the development of new methods of microscopic stress analysis to verify and extend theoretical micromechanics. This paper focuses on two piezospectroscopic techniques, fluorescence and Raman spectroscopy.

Author
G Pezzotti
Origin
Kyoto Inst Technology, Japan
Journal Title
J Aust Ceram Soc 36 1 2000 71-82
Sector
Glass Ceramics
Class
GC 425

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Toughening Mechanisms In Ceramics Studied By In Situ Microprobe Piezospectroscopy
J Aust Ceram Soc 36 1 2000 71-82
GC 425
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