| 1. | This eutectoid mixture will then crystallize as a microstructure of pearlite.
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| 2. | This eutectoid point occurs at and about 0.76 % carbon.
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| 3. | A eutectoid steel, for example, contains 0.77 % carbon.
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| 4. | Austenite is slightly undercooled when quenched below Eutectoid temperature.
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| 5. | When the remaining steel becomes eutectoid in composition, it will crystallize into pearlite.
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| 6. | The eutectoid temperature is 322K ( 49 �C; 120.20 �F ).
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| 7. | There is one eutectoid point on the diagram, at 83 wt % of In.
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| 8. | Heat treatment is effective on compositions above the eutectoid composition ( hypereutectoid ) of 0.8 % carbon.
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| 9. | When the solution above the transformation point is solid, rather than liquid, an analogous eutectoid transformation can occur.
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| 10. | The inverse of this, when one solid phase transforms into two solid phases during cooling, is called the eutectoid.
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