Keyword
67 micrographs for keyword quenching, ordered by micrograph number.
Showing 1 - 10 of 67 micrographs | Page 1 2 3 4 5 6 7 | Previous | Next |
Micrograph
36
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Cu 60, Zn 40 (wt%), quenched - metastable b grains System: Cu-Zn, Composition: Cu 60, Zn 40 (wt%) Reflected light microscopy 400 μm |
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Micrograph
39
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Cu 98, Be 2 (wt%), quenched and aged - annealing twins System: Cu-Be, Composition: Cu 98, Be 2 (wt%) Reflected light microscopy 400 μm |
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Micrograph
40
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Cu 98, Be 2 (wt%), quenched and aged - annealing twins System: Cu-Be, Composition: Cu 98, Be 2 (wt%) Reflected light microscopy 80 μm |
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Micrograph
45
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Fe, Ni 30, C 0.3 (wt%), quenched - martensite plates System: Fe-C-X, Composition: Fe, C 0.3, Ni 30 (wt%) Reflected light microscopy 200 μm |
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Micrograph
46
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Fe, Ni 30, C 0.3 (wt%), quenched - martensite plates System: Fe-C-X, Composition: Fe, C 0.3, Ni 30 (wt%) Reflected light microscopy 80 μm |
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Micrograph
53
:
Cu 60, Zn 40 (wt%), quenched and held at 300°C - Widmanstätten microstructure System: Cu-Zn, Composition: Cu 60, Zn 40 (wt%) Scanning electron microscopy (SEM) 15 μm |
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Micrograph
56
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Al 96, Cu 4 (wt%), solution treated and overaged - precipitation hardening System: Al-Cu, Composition: Al 96, Cu 4 (wt%) Reflected light microscopy 200 μm |
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Micrograph
57
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Al 96, Cu 4 (wt%), solution treated and overaged - precipitation hardening System: Al-Cu, Composition: Al 96, Cu 4 (wt%) Reflected light microscopy 80 μm |
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Micrograph
278
:
Fe, C 2, Mn 0.7 (wt%) steel, quenched, producing martensite System: Fe-C-X, Composition: Fe, C 0.55, Mn 0.65 (wt%) Reflected light microscopy 200 μm |
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Micrograph
279
:
Fe, C 2, Mn 0.7 (wt%) steel, quenched, producing martensite and cracking System: Fe-C-X, Composition: Fe, C 0.55, Mn 0.65 (wt%) Reflected light microscopy 200 μm |
Showing 1 - 10 of 67 micrographs | Page 1 2 3 4 5 6 7 | Previous | Next |