Micrograph Library
Browse the libraryAdvanced searchSystemsCompositionsTechniquesKeywordsPhase diagramsHelpPreferencesAbout the micrograph libraryTerms of useContribute micrographs!FeedbackLinksCredits Print this page
Micrograph 244 and full record
- Micrograph no
- 244
- Brief description
- Fe, C 1.3 (wt%) steel, annealed at 1100°C
- Keywords
- alloy
, annealing , carbon, hypereutectoid , iron, metal, steel - Categories
- Metal or alloy
- System
- Fe-C-X
- Composition
- Fe, C 1.3 (wt%)
- Standard codes
- Reaction
- Processing
- Annealed 1100°C
- Applications
- Sample preparation
- Nital
- Technique
- Reflected light microscopy
- Length bar
- 100 μm
- Further information
- An example of a hypereutectoid steel (one that has a carbon composition above that of the eutectic). Upon cooling from the austenite field, the first phase to form is cementite on the austenite grain boundaries. This partitions iron and at the eutectic composition pearlite is formed from the remaining enriched austenite.
- Contributor
- Dr R F Cochrane
- Organisation
- Department of Materials, University of Leeds
- Date
- 04/09/02
- Licence for re-use
Attribution-NonCommercial-ShareAlike 4.0 International- Related micrographs
- Micrograph 243: Fe, C 1.3 (wt%) steel, annealed at 1100°C (400 μm)
- Micrograph 245: Fe, C 1.3 (wt%) steel, normalised at 1050°C (400 μm)
- Micrograph 246: Fe, C 1.3 (wt%) steel, normalised at 1050°C (200 μm)
- Micrograph 247: Fe, C 1.3 (wt%) steel, normalised at 1050°C (100 μm)
- Micrograph 248: Fe, C 1.3 (wt%) steel, annealed at 1000°C (400 μm)
- Micrograph 249: Fe, C 1.3 (wt%) steel, annealed at 1000°C (200 μm)
- Micrograph 250: Fe, C 1.3 (wt%) steel, annealed at 1000°C (100 μm)
View image alone .. in a new window
Help is available on downloading images