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Categories > Metal or alloy > Keyword: eutectoid reaction
20 micrographs available, ordered by micrograph number.
Showing 11 - 20 of 20 micrographs | Page 1 2 | Previous | Next |
Micrograph
214
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Normalised carbon steel System: Fe-C-X, Composition: Fe, C 0.15 (wt%) Reflected light microscopy 400 μm |
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Micrograph
215
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Normalised carbon steel System: Fe-C-X, Composition: Fe, C 0.08 (wt%) Reflected light microscopy 400 μm |
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Micrograph
216
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Normalised carbon steel System: Fe-C-X, Composition: Fe, C 0.08 (wt%) Reflected light microscopy 200 μm |
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Micrograph
251
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Fe, C 0.8 (wt%) steel, eutectoid transformation, normalised at 900ºC System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 400 μm |
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Micrograph
252
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Fe, C 0.8 (wt%) steel, eutectoid transformation, normalised at 900ºC System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 100 μm |
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Micrograph
260
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Eutectoid steel, normalised System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 400 μm |
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Micrograph
261
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Eutectoid steel, normalised System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 400 μm |
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Micrograph
262
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Eutectoid steel, normalised System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 800 μm |
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Micrograph
263
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Eutectoid steel, normalised System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 200 μm |
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Micrograph
264
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Eutectoid steel, normalised System: Fe-C-X, Composition: Fe, C 0.8 (wt%) Reflected light microscopy 200 μm |
Showing 11 - 20 of 20 micrographs | Page 1 2 | Previous | Next |
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