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Reflected light microscopy. 200 μm. Grey cast iron core with white cast iron periphery. ... Reflected light microscopy. 200 μm. Cast iron with magnesium induced spheroidised graphite.

Length bar. 200 μm. Further information. Medium carbon steel quenched to produce martensite and subsequently tempered in order to reduce its hardness and increase toughness.

Length bar. 200 μm. Further information. Medium carbon steel quenched to produce martensite and subsequently tempered in order to reduce its hardness and increase toughness.

Length bar. 200 μm. Further information. This steel was quenched from the austenite phase field too rapidly for carbon to diffuse out and form cementite.

Length bar. 200 μm. Further information. A high carbon steel that has been quenched producing martensite laths in the microstructure.

Length bar. 200 μm. Further information. A high carbon steel that has been quenched producing martensite laths in the microstructure.

System: Fe-C-X, Composition: Fe, C 0.8 (wt%). Reflected light microscopy. 200 μm. ... Reflected light microscopy. 200 μm. Normalised carbon steel. System: Fe-C-X, Composition: Fe, C 0.2 (wt%).

System: CCcomposite, Composition: Not specified. Reflected light microscopy. 200 μm. Carbon-carbon composite. ... Reflected light microscopy. 200 μm. Showing 1 - 10 of 13 micrographs.

Length bar. 200 μm. Further information. This steel has been quenched to produce martensite.

Scanning electron microscopy (SEM). 200 μm. Zinc, notched specimen, failed through brittle cleavage fracture. ... System: Fe-C-X, Composition: Not specified. Scanning electron microscopy (SEM). 200 μm.