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|Link to this page:||http://core.materials.ac.uk/search/detail.php?id=1231|
|Description:||This micrograph is of a specimen which has been pressed from either side during fabrication, with the bright graphite flakes appearing edge on. Compare with micrograph 194.
The MgO grain is polycrystalline and porous. The anisometric microstructure means the brick properties are anisotropic and so the bricks orientation must be carefully controlled on installation. These are true composite materials using ceramic (MgO, natural graphite), metal (Si, Al additives), and polymer (phenolic resin) components.
|Keywords:||brick • carbon • ceramic • composite material • graphite • magnesia • refractory|
|Categories:|| Science approaches > Microstructure
Materials > Ceramics & glasses
Materials > Ceramics & glasses > Fired clays > Brick
Testing, analysis & experimentation > Metallography
Scale > Micro
DoITPoMS, University of Cambridge
Prof W E Lee, Department of Engineering Materials, University of Sheffield
|Published by:||DoITPoMS, University of Cambridge||License:||This resource is released under the Creative Commons Attribution Non-Commercial Share Alike license (2.0 UK: England & Wales). View the full legal code here.|
|Date created:||02 September 2002|
|Date added:||21 August 2009|