| 1. | Diffusional transformations like austenite transforming to a cementite and free energy.
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| 2. | After cementite is formed, the integrity of the disc is compromised.
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| 3. | No large inclusions of cementite will form at the boundaries in hypoeuctoid steel.
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| 4. | This type of diffusion, called ferrite and cementite, becoming soft pearlite.
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| 5. | When given more time, stable microconstituents can form : ferrite and cementite.
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| 6. | When slowly cooling a hypereutectoid steel, the cementite will begin to crystallize first.
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| 7. | Further heating reduces the martensite even more, transforming the unstable carbides into stable cementite.
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| 8. | A fine non-lamellar structure, bainite commonly consists of cementite and dislocation-rich ferrite.
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| 9. | Since cementite is much harder than pearlite, the alloy has greater hardenability at a cost in the ductility.
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| 10. | When austenite is cooled extremely slow, it will form large ferrite crystals filled with spherical inclusions of cementite.
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