14. What did reheating do to the microstructure and properties of steels? Why?
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The combination of high reheating rate and short holding time is obviously beneficial forgetting more uniformly distributed and refined carbides, which are believed to contribute to the high strength and high toughness.
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The combination of high reheating rate and short holding time is obviously beneficial forgetting more uniformly distributed and refined carbides, which are believed to contribute to the high strength and high toughness.
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